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Parameter | Source | Reference Test Method / Title | Notes Disassembly requirements | CEN | EN 45554:2020 | Fasteners: please refer to Table A.1 of the standard Tools: please refer to Table A.2 of the standard, unless differently specified in this Regulation Working environment: please refer to Table A.4 of the standard Skill level: please refer to Table A.5 of the standard Protection against particles and water | IEC | IEC 60529:1989/AMD2:2013/COR1:2019 | dust tight and protected against immersion in water up to 1 meter depth: IP67 protected against the ingress of solid foreign objects of size bigger than 1millimeter and splashing of water: IP44 Protection from accidental spills | European Commission | | A spilling test shall be performed, by letting 220 mL of de-ionized water flow, without applying additional pressure, from 5 cm away from one edge of the slate tablet (distance between edge of cup in tilted state to the unit under test), followed by use of a paper towel to gently absorb excess liquid on the slate tablet. The slate tablet should dwell for 24 hours prior to functional inspection (as specified below). The procedure has to be conducted for each edge of the tablet in the display up orientation. Each time after having run the above test procedure, the unit under test has to be functional without defect, with particular reference to the following functionalities, where applicable: (i) all cameras, tested for still images and videos; (ii) mobile communication; (iii) Bluetooth connectivity; (iv) WiFi connectivity; (v) battery charging: wired and wireless; (vi) display touch sensitivity; (vii) responsive buttons and switches; (viii) vibration alarm; (ix) main microphone(s); (x) loudspeaker; (xi) headset audio. Rated capacity and battery endurance in cycles | CENELEC | IEC EN 61960-3:2017 | Battery endurance in cycles shall be measured with the following test sequence: 1) one cycle at 0,2C discharge rate and measure capacity 2) cycles 2-499 at 0,5C discharge rate 3) repeat step 1 To determine the number of cycles beyond 500 cycles, the test shall be continued 4) 99 cycles at 0,5 C discharge rate 5) repeat step 1 6) repeat steps 4 and 5 until measured capacity is below 80% Tests shall be performed with an external power source, which does not limit the power draw of the battery and leaves it to the specified default charging algorithm to regulate the charging rate. Scratch hardness | CEN | EN 15771:2010 | Scratch hardness shall be tested on the visible display area, without protective cover on the display Recycled content of the product or of a part | CEN | EN 45557:2020 | Standardised physical dimensions of rechargeable batteries | IEC | IEC 60086-2:2015 | Base station simulator for battery endurance test | ETSI | ETSI TR 125 914 - V16.0.0, chapter 9 | Battery endurance test ambient conditions | ECMA | ECMA 383 | Ambient temperature (23±5) °C, relative humidity 10 % to 80 %, ambient light (250±50) Lux Resistance to accidental drops | IEC | IEC 60068-2-31, Free fall repeated – Procedure 2 | Mobile phones shall be tested for resistance to accidental drops, fall height 1 meter; the test has to be performed with 5 units consecutively and is passed, if at least 4 units pass the test. Contact closure cycle resistance | ASTM | ASTM-F1578-07 | Buttons shall be tested as integrated in the device. The device itself acts as the contact closure monitoring device by responding as intended to a button push. The test probe orientation shall be 90 degrees to sample. In case of volume buttons, the criterion applies individually to both, the volume up and the volume down segment of a combined button. Fail criterion: Device fails to respond to button push as intended. Test report according to ASTM-F1578-07 except for the electrical characteristic changes. The test shall be performed with one unit, which might be the same for all buttons or one unit per button. Insertion/extraction cycle resistance | IEC, EIA | EN ISO 62680-1-3 EIA-364-09D | The test shall be done at a rate of 500 ± 50 cycles per hour and no physical damage to any part of the charging port shall occur; in case the device is sold with a charging cable, this cable has to be used; in case the device is sold without a charging cable the cable shall be specified by the manufacturer, importer or authorised representative. The test shall be performed with one unit. Rcyc | | EN 45555:2019 | To be calculated as mass based recyclability rate, with the following reference end-of-life scenario: — Battery: Co, Li (Rcyc,Li 90 %) masses count towards recyclability rate — Mono-material parts removed when extracting the battery: Steel, Al, Mg, plastics or copper masses count towards recyclability rate — All other parts: Cu, Co, Sn (Rcyc,Sn 50 %), Ni (Rcyc,Ni 85 %), In (Rcyc,In 50%), Au, Ag, PGM (Rcyc,PGM 95 %) masses count towards recyclability rate Critical raw material (CRM) content | | EN 45558:2019 | To be applied to gold following the same approach as for CRMs Secure deletion | NIST | Guidelines for Media Sanitization, NIST Special Publication 800-88 - Revision 1 |

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Source: EUR-Lex (Cellar) · retrieved 2026-11-03 · Text as adopted (Official Journal); later amendments are not incorporated in this text.