user manual

FCC ID: 2ANP7EGG170016

Users Manual

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FCCID_4439863

w w w.e g g t ro n i c .c o m | supportb2b@eggtronic.com Triple coil embedded wireless charging system F E AT U R E S • Compatible with WPC Qi 1.2 wireless charging standard • Designed for integration: a completely hidden solution • Industrial adhesive mounting tape, no need for screws • Quick and practical installation process, easy charger removal without damaging the top • Maximum power 5W • Triple coil free positioning technology allows wider charging area compared to standard solutions • Designed to be installed under surfaces with maximum thickness of 5 mm (0.19 in) HOW TO USE 1. Remove the layer on the adhesive mounting tape 2. Apply under surface. Works with most non-metal surfaces 3. Connect the cable to the power source 4. Lay down any Qi-enabled smartphone on the wireless charging area to start charging GENERAL DESCRIPTION The “Triple coil embedded wireless charging system” is a wireless charging module designed to be integrated in any surface. Using the provided adhesive mounting tape, it can be installed under slim surfaces (maximum 5 mm thickness). No need for screws: the installation process is quick and easy, and the charger can be removed without damaging the top. The “Triple coil embedded wireless charging system” embeds a Qi-compliant chipset: it is compatible with the WPC Qi 1.2 wireless charging standard, and works with any Qi-compliant device. A triple-coil system ensures high positioning freedom. Copyright Eggtronic, All rights reserved

w w w.e g g t ro n i c .c o m | supportb2b@eggtronic.com S P E C I F I C AT I O N S Physical Specifications 60 x 103 x 8.5 mm Dimensions (2.36 x 4.05 x 0.39 in) Weight 85 g (0.19 lbs) Cable length 45 cm (1.5 ft) Electrical Specifications Input Min 11.4V Max 12.6V Input current Max 1A Output wireless 5W Standby mode consumption ~ 25 mA Storage temperature -10°C / 70°C Operating temperature 0°C / 40°C Operating frequency 115 - 205 kHz PIN OUTPUT MOLEX 430250200 PIN Signal 1 12V 2 GND Copyright Eggtronic, All rights reserved

w w w.e g g t ro n i c .c o m | supportb2b@eggtronic.com T EC H N I CA L D R AW I N G S Copyright Eggtronic, All rights reserved

w w w.e g g t ro n i c .c o m | supportb2b@eggtronic.com A P P E N D I X A – C L I M AT I C T E S T 1. CEI EN 60068-2-1: Cold Test description The sample stored at ambient temperature, is introduced into the climate chamber, whose temperature is the same of ambient temperature (storing temperature: 25°C). Then the temperature lowers at -10°C and the sample is maintained at this temperature for 16h. Humidity must be 0%. Restoring the ambient temperature The sample must be maintained at ambient temperature to allow defrosting (at least 1 hour) Final measure The sample must be inspected (visual and functional) and strength test must be executed. Test passed yes 100 150 %rh °C temp 100 °C hum 50 50 %rh °C 0 °C 0 %rh 1h 16h 2. CEI EN 60068-2-2: Dry heat Test description The sample stored at ambient temperature, is introduced into the climate chamber, whose temperature is the same of ambient temperature (storing temperature: 25°C). Then the temperature increases at 70°C and the sample is maintained at this temperature for 16h. Humidity must be 0%. Restoring the ambient temperature The sample must be maintained at ambient temperature to allow restoring thermal stability (at least 1 hour). Final measure The sample must be inspected (visual and functional) and strength test must be executed. Test passed yes Copyright Eggtronic, All rights reserved

w w w.e g g t ro n i c .c o m | supportb2b@eggtronic.com 100 150 %rh °C temp 100 °C hum 50 50 %rh °C 0 °C 0 %rh 1h 16h 3. CEI EN 60068-2-14: Temperature change Test description The sample stored at ambient temperature, is introduced into the climate chamber, whose temperature is the same of ambient temperature (storing temperature: 25°C). Then the temperature decreases at -10°C (with a variation velocity of 3±0.6°C/min) and the sample is maintained at this temperature for 3h. Afterwards the temperature increases at 70°C (with a variation velocity of 3±0.6°C/min) and the sample is maintained at this temperature for 3h. Hence bring back the temperature at 25°C, 10%rh (with a variation velocity of 3±0.6°C/min). This test must be executed two times without interruption (then 2 cycles) for a total execution time of 827min. Restoring the ambient temperature The sample must be maintained at ambient temperature to allow restoring thermal stability (at least 1 hour). Final measure The sample must be inspected (visual and functional) and strength test must be executed. Test passed YES with note 1 100 150 %rh °C temp 100 °C hum 50 50 %rh °C 0 °C 0 %rh 1h 12’ 12h 26’ 12h 28’ 2x cycles Note 1: Climate chamber ESPEC SH-642 can’t follow the indication of 3±0.6°C/min for the first step, then the test was been executed at 1.4°C/min (Step_1_time = 25’). Copyright Eggtronic, All rights reserved

w w w.e g g t ro n i c .c o m | supportb2b@eggtronic.com 4. CEI EN 60068-2-30: Wet heat, cyclic (12h+12h) Test description The sample stored at ambient temperature, is introduced into the climate chamber, whose temperature is the same of ambient temperature (storing temperature: 25°C). Then the temperature increases at 55°C (in a period not less than 3h) and the sample is maintained at this temperature for 11h45’ at 93%rh and then for 15’ at 95%rh. Afterwards the temperature decreases at 25°C (in a period between 3h and 6h). In the first 1h 30’ the decrease velocity must be sufficient to complete the temperature variation in 3h and after this the sample must be maintained at this temperature (25°C) until 24h from the start of the test. Restoring the ambient temperature The sample must be maintained at ambient temperature to allow restoring thermal stability (at least 1 hour). Final measure The sample must be inspected (visual and functional) and strength test must be executed. Test passed yes 100 150 %rh °C temp 100 °C hum 50 50 %rh °C 0 °C 0 %rh 1h 3h 11h 45’ 15’ 3h 6h 1h test period = 24h Final measure: The sample must be inspected (visual and func�onal) and strength test must be executed. assed: APPENDIX B – CURRENT CONSUMPTION APPE NDIX B The below screenshots are sampling for current consumption in different operating points: - Stand by current with ping APPE NDIX B – CUR R E NT CONS UMPTION - Charging light load (only RX energized) The below s creens hots are s ampling for current cons umption in different operating points : ● S tand by current with ping - Charging 5W load ● Charging light load (only R X energized) ● Charging 5W load Figura 1: WCP ping routine 1. WCP ping routine Copyright Eggtronic, All rights reserved

w w w.e g g t ro n i c .c o m | supportb2b@eggtronic.com Figura 2:Light load charging 3. Light load charging Figura 2:Light load charging Figura 3: 5W charging Figura 3: 5W charging 3. 5W charging FCC Warning This device complies with part 18 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. NOTE: Any changes or modifications to this unit not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. Copyright Eggtronic, All rights reserved


Document Created: 2019-08-29 11:14:25
Document Modified: 2019-08-29 11:14:25
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