ZMI-WCT12WWire-free charging solutions

PowerKiss Heart 2 PowerKiss Heart Setup Guide Version 3.1 (ZM1002) © PowerKiss 2011 3 With PowerKiss, you represent state-of-the-art technology and design. Imagine getting rid of low batteries and the annoying, tangled wires from tabletops at the same time! Step into the future with us. PowerKiss Heart Setup Guide Thank you for choosing PowerKiss. PowerKiss technology provides a simple, efficient and user-friendly way to keep your dear devices charged. Maija Itkonen, CEO of PowerKiss Yours, 4 Contents PowerKiss wire-free charging 5 Ring 5 Heart 5 Contents of the box 6 Single Heart 6 Double Heart 7 Tools for the installation 8 The milling for the Heart under the furniture surface 9 Introducing the Powerkiss Heart 10 Setup instructions for Powerkiss Heart 11 STEP I - Placing the Heart 11 STEP II - Attaching the Heart 12 STEP III - Inserting crystal 13 STEP IV - Marking the Hotspot 14 STEP V - Setting the power cables for single Heart 15 STEP VI - Setting the power cables for double Heart 17 STEP VII - Checklist 19 Technical specifications 20 The Heart 20 The Ring 20 Official power supplies 20 Regulatory Compliance Information 21 FCC Compliance Statement (United States) 21 EU declaration of conformity 21 European Union - Disposal information 22 Limited manufacturer's warranty for PowerKiss devices 22 5 Heart To turn a surface into a wire-free charging platform it first needs to be given a Heart. Like most, this Heart is also hidden except for a small LED light to indicate that it is ready to charge a mobile device wearing a Ring. The LED is also the center point of the charging area, called PowerKiss Hotspot. Whenever the device with Ring is on this Hotspot, the wire-free charging begins. PowerKiss wire-free charging The essence of wire-free charging is the pairing of Heart and Ring. The Heart is the transmitter and the Ring is the receiver and together they enable wire-free charging on almost any surface. Ring The Ring is a small accessory that is plugged into handheld devices, such as mobile phones or mp3- players. As soon as the Ring is plugged in, the device is ready to be a part of a wire-free energy transaction. 6 Contents of the box Single Heart PowerKiss Heart Setup & User Guide Power supply: RS or PhiHong AC power cord Installation kit (crystal, 4x screw, Hotspot sticker & Velcro fastener) Power cable holders & ties 7 Contents of the box Double Heart 2x PowerKiss Heart Setup & User Guide AC power cord Power cable holders & ties Power split cable Installation kit (2x crystal, 8x screw, 2x Hotspot sticker & 2x Velcro fastener) Power supply: Mascot or PhiHong The items supplied with your device and available accessories may be different depending on your region or service provider 8 Tools for the installation Power or cordless drill Torx 20 drill bit Wire cutters File 9 The milling for the Heart under the furniture surface 34 ±1 68 ±1 AA 4 ±0,5 3,5 +0,1 SECTION A-A Rout out dimensions table_sample PowerKiss Oy 12.1.2011 tal WEIGHT: A4 SHEET 1 OF 1 SCALE:1:2 FILE NAME: PART NUMBER/DESCRIPTION: REVISION DO NOT SCALE DRAWING MATERIAL: DATE SIGNATURE NAME DEBUR AND BREAK SHARP EDGES FINISH: UNLESS OTHERWISE SPECIFIED: DIMENSIONS ARE IN MILLIMETERS SURFACE FINISH: TOLERANCES: LINEAR: ANGULAR: Q.A MFG APPV'D CHK'D DRAWN 10 Introducing the Powerkiss Heart Screw holes Lightguide Coil Screw holes Power supply port Coil support 11 Setup instructions for Powerkiss Heart STEP I - Placing the Heart Place Heart in the milled out area of the funiture surface. Push the Heart against the surface so that the lightguide goes through the hole in the middle and comes out the other side. Make sure that the coil goes firmly into the round grooved out area and is evenly against the surface. When the Heart is connected to a power source, do not touch the coil or electrical components 12 STEP II - Attaching the Heart Use the screws found in the installation kit to fasten the Heart firmly to the surface so that the power supply port is facing away from the closest edge. Power supply port facing away the edge 13 STEP III - Inserting crystal Measure the length of the lightguide that stands out from the furniture surface and cut the excess leaving 10mm. Polish the end of the cut lightguide. Put the crystal (provided in the installation kit) on top of the lightguide and press it into the hole. Make sure that the lightguide goes all the way into the crystal. length max 10 mm 14 STEP IV - Marking the Hotspot Attach PowerKiss Hotspot sticker (provided in the Installation package) to mark the charging area. Place it so that it is symmetrically around the center point, PowerKiss logo on the left side. left For completing the installation with single Heart, continue to page 15. For completing the installation with double Heart turn to page 17. 90° 15 STEP V - Setting the power cables for single Heart Installing only one Heart, attach the AC power cord to a power supply and the power supply to the Heart’s power supply port. Use only RS or PhiHong power supplies with single Heart. RS or PhiHong 16 Attach the power cables using the cable holders and ties when needed. The power supply (RS or PhiHong) should be attached with velcro fastener to the piece of furniture so that the label of the power is visible. 17 STEP VI - Setting the power cables for double Heart In the case of setting up two or more Hearts into the same piece of furniture, the underlying procedure is almost the same as with installing one Heart. The difference comes from sharing a power supply (Mascot or PhiHong) and using a split cable for distributing power. Mascot or PhiHong 18 Attach the power cables using the cable holders and ties. The power supply (Mascot or PhiHong) should be attached with velcro fastener to the piece of furniture so that the label of the power is visible. 19 STEP VII - Checklist Power • Do not attach the power supply to places where it can be interfered with (e.g. let hang, bottom parts of the furniture or clearly visible places) Wir…

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PowerKiss Wire-free Charging 2 PowerKiss Hotspot Positioning Guide © PowerKiss 2011 3 Contents PowerKiss wire-free charging 4 Ring 4 Heart 4 Processing 5 Technical requirements 6 I Furniture material 6 II Distance from the user 7 III Space required by PowerKiss Heart 8 IV Distance between two Hearts 9 Fine tuning the place for the Hotspot 10 I Optimal place for the Hotspot 10 II Taking adjacent seats into account 11 III The Edges 12 Examples of positioning the PowerKiss Hotspots 13 Round table 13 Conference table 14 A single-user worktable 15 Summary of the requirements 16 4 Heart To turn a surface into a wire-free charging platform it first needs to be given a Heart. Like most, this Heart is also hidden except for a small LED light to indicate that it is ready to charge a mobile device wearing a Ring. The LED is also the center point of the charging area, called PowerKiss Hotspot. Whenever the device with Ring is on this Hotspot, the wire-free charging begins. PowerKiss wire-free charging The essence of wire-free charging is the pairing of Heart and Ring. The Heart is the transmitter and the Ring is the receiver and together they enable wire-free charging on almost any surface. Ring The Ring is a small accessory that is plugged into handheld devices, such as mobile phones or mp3-players. As soon as the Ring is plugged in, the device is ready to be a part of a wire-free energy transaction. I.T.E. Wire-free Charging Tr ansmitter Inp ut: 12 ± 0.2 V D C / 1.0 A / 12 W Ind oo r use on ly Version:2.1 S /N : A0 0500 Heart + - FCC ID: ZMI-WCT12W Use only with power supplies listed in the manual Processing As was mentioned in the foreword, the Heart is installed to a piece of furniture. There is a special milling that needs to be done in order to use the Heart properly. Drawings of the milling are presented in pictures below. 34 ±1 68 ±1 AA 4 ±0,5 3,5 +0,1 SECTION A-A Rout out dimensions table_sample PowerKiss Oy 12.1.2011 tal WEIGHT: A4 SHEET 1 OF 1 SCALE:1:2 FILE NAME: PART NUMBER/DESCRIPTION: REVISION DO NOT SCALE DRAWING MATERIAL: DATE SIGNATURE NAME DEBUR AND BREAK SHARP EDGES FINISH: UNLESS OTHERWISE SPECIFIED: DIMENSIONS ARE IN MILLIMETERS SURFACE FINISH: TOLERANCES: LINEAR: ANGULAR: Q.A MFG APPV'D CHK'D DRAWN 6 Technical requirements I Furniture material Due to the characteristics of electromagnetic fields, PowerKiss wire-free charging equipment should not be inserted into metal surfaces, or other conductive or highly magnetic materials. Also, because of the heating of the PowerKiss Heart and Ring, the material in which the equipment is inserted, should be heat tolerant at 80°C. This applies also for the coating material of the surface. The PowerKiss Heart is designed to be installed into a piece of furniture with surface thickness of 15-50mm. • Heat tolerant at 80°C • Target surface thickness of 15-50 mm • Not containing metal or conductive material Furniture material should be 7 This matter of attention applies to such special cases as special structures of pieces of furniture and solutions designed to be positioned to the immediate vicinity of the user. Technical requirements II Distance from the user Due to the characteristics of electromagnetic fields, PowerKiss Hotspot must not be positioned so that the center of the charging area is continuously closer than 250mm from the user's body in vertical direction and 200mm in horizontal direction. • 250mm in vertical direction • 200mm in horizontal direction Required distance between user and Hotspot 8 One should also remember that Heart must finally be plugged into a power supply, which means that there must also be space for a power cable. Technical requirements III Space required by PowerKiss Heart The installation of PowerKiss Heart requires a certain amount of space, which should be taken into account before the actual processing of the table. Hotspot Ø 68 mm Heart dimensions • Width: 132mm • Length: 162mm • Height: 24mm • Weight: 135g Power supply port 9 Technical requirements IV Distance between two Hearts If the plan is to install several Hearts into a single surface, attention must be paid to their distance from each other. The distance between two Hearts must be at least 300mm. The distances should be measured from the center of the Hotspots. Min. 300mm 10 400mm 200mm Fine tuning the place for the Hotspot I Optimal place for the Hotspot When it comes to tables, users usually place their small devices, such as mobile phones, to the right and front. The recommended centre position of the PowerKiss Hotspot is 400mm to the right of the sitting position and 200mm from the edge of the piece of furniture, as presented in image below. The goal is to place the Hotspot in a position where the user can easily reach while also making sure that the area does not disturb the primary use of the table (such as eating or work). Optimal place for the Hotspot 11 Fine tuning the place for the Hotspot II Taking adjacent seats into account Ensure that the Hotspots do not cross to the working areas of another users (in the area of another seating position), If needed, change the distance so that the area will be closer to the centre of the seating position of the user for whom the area is being established. 300mm 200mm 400mm 200mm OK! 300mm 200mm 12 Fine tuning the place for the Hotspot III The Edges The centre of the Hotspot should be positioned so that there would be 200mm minimum distance from the egdes, in order to avoid dropping the devices being charged and to ensure distance between the user and the Hotspot (see page 7). OK! 400mm 200mm 400mm 200mm 13 There are a few examples below of tables of different shapes and types and related examples of Hotspot positioning.. Examples of positioning the PowerKiss Hotspots There are various matters that affect the design of a Hotspot positioning. These include aesthetics, materials, usage and manufacturing procedures. One should always remember that without a proper positioning, the piece of furniture fai…

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PowerKiss Wire-free Charging 2 PowerKiss User Guide Version 3.1 (ZM1003) © PowerKiss 2011 3 PowerKiss User Guide Thank you for choosing PowerKiss. PowerKiss technology provides a simple, efficient and user-friendly way to keep your dear devices charged. With PowerKiss, you represent state-of-the-art technology and design. Imagine getting rid of low batteries and the annoying, tangled wires from tabletops at the same time! Step into the future with us. Maija Itkonen, CEO of PowerKiss Yours, 4 Contents PowerKiss wire-free charging 5 Ring 5 Heart 5 How to use PowerKiss wire-free charging 6 STEP I: ATTACH THE RING 6 STEP II: PLACE RING ON THE HOTSPOT 7 STEP III: RED MEANS CHARGING 8 How to choose the right Ring for your device 9 Ring and Hotspot indication lights 10 Troubleshooting 11 1. My device does not start to charge 11 2. My device stops charging 13 Useful things to know 15 Safety instructions 16 1. Safety distances 16 2. General usage instructions 17 3. General safety instructions 18 Technical Specifications 19 The Ring 19 The Heart 19 Official power supplies 19 Regulatory Compliance Information 20 FCC Compliance Statement 20 EU declaration of conformity 21 Limited manufacturer's warranty 22 Correct disposal of this product 23 5 PowerKiss wire-free charging The essence of wire-free charging is the pairing of Heart and Ring. The Heart is the transmitter and the Ring is the receiver and together they enable wire-free charging on almost any surface. Ring The Ring is a small accessory that is plugged into handheld devices, such as mobile phones or mp3-players. As soon as the Ring is plugged in, the device is ready to be a part of a wire-free energy transaction. Heart To turn a surface into a wire-free charging platform it first needs to be given a Heart. Like most, this Heart is also hidden except for a small LED light to indicate that it is ready to charge a mobile device wearing a Ring. The LED is also the center point of the charging area, called PowerKiss Hotspot. Whenever the device with Ring is on this Hotspot, the wire-free charging begins. I.T.E. Wire-free Charging Tr ansmitter Inp ut: 12 ± 0.2 V D C / 1.0 A / 12 W Ind oo r use on ly Version:2.1 S /N : A0 0500 Heart + - FCC ID: ZMI-WCT12W Use only with power supplies listed in the manual 6 How to use PowerKiss wire-free charging STEP I: ATTACH THE RING Connect the Ring to your electronic device through the charger connector port. Ring • There are different Rings, please confirm that you are using the right model-specific Ring • Please confirm that the port you are using for charging is power-enabled, some USB ports do not transfer power • The devices without a PowerKiss Ring will not charge on the charging area charger port 7 How to use PowerKiss wire-free charging STEP II: PLACE RING ON THE HOTSPOT Place your device down on the charging area so that the Ring is inside the PowerKiss Hotspot. The indication light of the Hotspot should be visible through the hole of the Ring. PowerKiss Hotspot • The indication light of the Hotspot should be white before placing the device to charge, if not, please wait for a few seconds for the light to change • The installations of PowerKiss system might vary white light 8 How to use PowerKiss wire-free charging STEP III: RED MEANS CHARGING As the Heart inside the furniture recognizes the Ring, the Hotspot’s indication light turns from white to red. The charging starts as a red light appears also on the Ring. When the battery is detected to be full, the charging ends. In this situation, the indication light on the Hotspot turns to green and the light on the Ring goes out. In some cases the light remains red if the device is drawing maintenance power. The red light on the Ring indicates ongoing charging and the red indication light on the charging area indicates that the Ring has been recognized by the Hotspot (placed correctly) red light 9 How to choose the right Ring for your device MicroUSB Ring • High variety of devices using micro USB connector for charging (mostly smart phones), such as Nokia, Samsung, LG, Sony Ericsson, HTC, BlackBerry and many others • Please confirm that the USB port you are using for the charging is power-enabled, some USB ports do not transfer power Nokia Ring • High variety of Nokia phones with proprietary Nokia power connector iRing • Proprietary Ring for Apple devices with Apple connector, such as iPhones & iPods Check powerkiss.com for the latest information about compatible devices 10 Ring and Hotspot indication lights Charging area ready for use Ring placed correctly on charging area, wait for red light to light on the Ring as a sign of charging Device charging Meaning Charging interrupted Charging complete Hotspot White light Red light Red light Yellow light Green light Ring No light Red light Red light or no light No light No light 11 The device is not aligned properly, please follow the instructions in section How to use PowerKiss wire-free charging Ring placed correctly on charging area, wait for red light to light on the Ring as a sign of charging Check the device, if the battery is full, the charg- ing will not start. Please, remove the device from the Hotspot ActionHotspot White light Red light Yellow light (1) Ring No light No light No light Troubleshooting 1. My device does not start to charge Please, check the indicator lights on Ring and Hotspot Hotspot is not active, please, check that the Heart in the table is plugged correctly into a power supply No lightNo light 12 Check your device, if the battery is NOT full and you have inserted the right model-specific Ring into your device, an interruption in the charging has occured. Please, remove the device from the Hotspot, wait for the white light to appear and re-align the device as instructed in section How to use PowerKiss wire-free charging Yellow light (3) No light Action HotspotRing Check your device, if the battery is NOT full, please confirm that you have inserted the right model- specific Ring to yo…

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I.T.E. Wire-free Charging Tr ansmitter Input: 12 ± 0.2 V DC / 1.0 A / 12 W Indoor use only Version:2.1 S/N: A00500 Heart + - FCC ID: ZMI-WCT12W FCC label location for Heart.

Heart internal Heart internal Heart internal Heart internal Heart internal Ring internal Ring internal

Nemko Oy  P.O.Box 19, FIN-02601 Espoo, Finland Street address: Perkkaantie 11, FIN-02600 Espoo Telephone +358 424 5454 1  Telefax +358 9 5489 6371 TEST REPORT Date: ESPOO 17.10.2011 Page: 1 (8) Appendices  Date of handing in: 01.07.2010 Number: 154409HEMF No. 1 / 1 Tested by: Jonas Dahlgren, Test Engineer Reviewed by: Timo Leismala, Test Manager SORT OF EQUIPMENT: Wireless charging transmitter and receiver MARKETING NAME: Single Heart white TYPE: 2.1 MANUFACTURER: Powerkiss Oy, Finland SERIAL NUMBER: - CLIENT: Powerkiss Oy, Finland ADDRESS: Betonimiehenkuja 5, FI – 02150 ESPOO, FINLAND TELEPHONE: +358 44 059 3313 TEST SPECIFICATION: OET BULLETIN 65, ED.97-01 + Supplement C ED. 01-01 SUMMARY: In regard to the performed tests the EUT fulfils the requirements defined in the test specification OET BULLETIN 65, ED.97-01, Table 1 (B) when using a minimum safety distances of 20 cm and 25 cm. Measurement results have been compared directly with the limit values without considering measurement uncertainties. The test results are valid for the tested unit only. Without a written permission of Nemko Oy it is allowed to copy this report as a whole, but not partially. Version e2.05 Type: 2.1 S/N: - OET BULLETIN 65, ED.97-01 + Supplement C ED. 01-01 Test report 154409HEMF Page 2 (8) Date 17.10.2011 REVISIONS Initial report issue date 30.08.2010 Revisions The report has been updated on 03.06.2011, 28.06.2011 and 15.9.2011 Revision number Date By Description C 03.06.2011 TLs Electric field measurement result added at 10 cm measuring distance. D 28.06.2011 JNm Electric and magnetic field measurement results at 5 cm and 10 cm added for the EUT operating at the frequency of 113 kHz. F 15.9.2011 JNm Measurements performed again with new test distances, electric fields measured with E-field probe. G 06.10.2011 JNm All measurement results added horizontally around the EUT H 17.10.2011 JNm Measurement positions 3 and 4 replaced by each other on page 4 DISTRIBUTION Copy number Date Distribution 1 Applicant original paper copy GENERAL REMARKS This report applies only to the sample(s) tested. It is the manufacturer's responsibility to assure the additional production units of this product are manufactured with identical electrical and mechanical components. The manufacturer is responsible to the Competent Authorities in Europe for any modifications made to the product, which result in non-compliance to the relevant regulations. This report shall not be reproduced except in full without the written approval of Nemko. CALIBRATION All instruments used in the tests given in this test report are calibrated and traceable to national or international standards. Between calibrations all test set-ups are controlled and verified on a regular basis. The instruments specified in immunity testing are subject to periodic calibration. Monthly controls ensure, with 95% confidence that the instruments remain within the calibrated levels. MEASUREMENT UNCERTAINTY Measurement uncertainties are calculated for all instruments and instrument set-ups used during the emission measurements. Uncertainty figures are informed in each test section in this report. Note: Further information about measurement uncertainties will be given on request. EVALUATION OF RESULTS If not explicitly stated otherwise in the standard, the test is passed if the measurement value is equal to or below the limit line, regardless of the uncertainty of the measurement. If the measurement value is above the limit line, the test is not passed - ref. IECEE/CTL (Sec) 056/94 (CTL = Committee of Testing Laboratories). The instrumentation accuracy is within limits agreed by the IECEE/CTL (ref. Nemko proc. P226). The argument for using this method is that it is commonly accepted that the limits have already taken into account the measurement uncertainties as long as the measurements are conducted according to a common good laboratory practice. VERDICTS Possible test case verdicts: P = Pass, F = Fail, N = Not applicable, — = No verdict required. Placed in the column to the right (Verdict). Type: 2.1 S/N: - OET BULLETIN 65, ED.97-01 + Supplement C ED. 01-01 Test report 154409HEMF Page 3 (8) Date 17.10.2011 EQUIPMENT UNDER TEST (EUT) Description of product Wireless charging transmitter and receiver (fixed installation) Modes of operation Normal operating mode with a resistive load System functional block diagram No diagram available Note: System Components See table below SC no. Description Manufacturer Type Serial No. 1 Wireless charging transmitter unit (Heart) Powerkiss Oy, Finland 2.1 - 2 Receiving unit (Ring) Powerkiss Oy, Finland R3.1 3 Switching Power Supply FP Switching Power Supply SAW18-12.0-1500 - Note: Cables This product has been tested with the following cable types and cable configurations. CA No. Connection Manufacturer Type Number of leads Length 1 IEC/EN 60320-1, DC appliance extension connection DC cable, unshielded 2 2.0 m Note: Product variants covered by this report No product variants VA no. Variant Description of deviation 1 Note: Additional information Type plate Type: 2.1 S/N: - OET BULLETIN 65, ED.97-01 + Supplement C ED. 01-01 Test report 154409HEMF Page 4 (8) Date 17.10.2011 GENERAL TEST CONDITIONS Location Facilities The tests documented in this report are all conducted in the facilities of Nemko Oy in Espoo, Finland Operating environment All tests and measurements were performed in a normal room. Environment was measured to be suitable for the tests conducted. Power Supplied to EuT General Direct current electrical power was available for operation of EuT in all test areas. Voltage 12 ± 0.2 V Type DC Grounding Grounded through its power connection Climatic Conditions Ambient temperature 25 C (accepted range: 15 - 25C) Relative humidity 27 % Atmospheric pressure 1014 hPa Test positions Below the center point of the Heart unit Above the center point of the ring unit 1 2 4 5 6 Measurement distance 3 Type: 2.1 S/N: - OET BULLETIN 65, ED.97-01 +…

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Nemko Oy  P.O.Box 19, FI – 02601 Espoo, Finland Street address: Perkkaantie 11, FI – 02600 Espoo Telephone +358 424 5454 1  Telefax +358 9 5489 6371 TEST REPORT Version e2.07 Date: ESPOO 03.06.2011 Page: 1 (14) Appendices  Date of handing in: 06.08.2010 Number: 172029A No. 1 / 1 Tested by: Jonas Dahlgren, Test Engineer Reviewed by: Timo Leismala, Test Manager SORT OF EQUIPMENT: Double wireless charging transmitter and receiver MARKETING NAME: Double Heart white TYPE: 2.1 MANUFACTURER: Powerkiss Oy, Finland SERIAL NUMBER: - CLIENT: Powerkiss Oy, Finland ADDRESS: Betonimiehenkuja 3, FI – 02150 ESPOO, FINLAND TELEPHONE: +358 44 059 3365 TEST LABORATORY: Nemko Oy FCC REG. NO. IC FILE NO. ID 359859 November 26, 2008 2040F-1 December 1, 2010 SUMMARY: In regard to the performed tests the EUT fulfils the requirements defined in the test specification, see page 2 for details. The test results are valid for the tested unit only. Without a written permission of Nemko Oy it is allowed to copy this report as a whole, but not partially. Type: 2.1 S/N: - Test report: 172029A Page 2 (14) Date 03.06.2011 Summary of performed tests and test results Section in CFR 47, Part 15C Section in RSS-210 Issue 7 and RSS- Gen Issue 2 Test Result 15.209 RSS-Gen 6 Radiated disturbance 9 kHz – 30 MHz PASS, margin 6.8 dB 15.209 RSS-Gen 6 Radiated disturbance 30 MHz – 1000 MHz PASS, margin 4.8 dB 15.207 RSS-Gen 7.2.2 Conducted emissions at mains ports PASS, margin 5.6 dB Explanations: PASS The EUT passed that particular test. FAIL The EUT failed that particular test. Type: 2.1 S/N: - Test report: 172029A Page 3 (14) Date 03.06.2011 Contents 1. General ............................................................................................................................................... 4 2. System Configuration .......................................................................................................................... 4 2.1 Test set-up ................................................................................................................................ 4 2.2 Operating conditions and monitoring of the EUT...................................................................... 4 3. Test procedures .................................................................................................................................. 5 3.1 Emission tests ........................................................................................................................... 5 3.1.1 Radiated disturbance emission test 9 kHz – 30 MHz ............................................................... 5 3.1.2 Radiated disturbance emission test 30 MHz – 1000 MHz ........................................................ 5 3.1.3 Conducted disturbance at mains ports emission test ............................................................... 6 4. Test results .......................................................................................................................................... 7 4.1 Emission tests ........................................................................................................................... 7 4.1.1 Radiated Emission test 9 kHz – 30 MHz .................................................................................. 7 4.1.2 Radiated Emission test 30 MHz – 1000 MHz ........................................................................... 9 4.1.3 Conducted disturbance at mains ports emission test ............................................................. 10 5. List of test equipment ........................................................................................................................ 14 Type: 2.1 S/N: - Test report: 172029A Page 4 (14) Date 03.06.2011 1. General The equipment under test (EUT) was a Double wireless charging transmitter. The purpose of the performed tests was to see if in regard to these tests the EUT fulfils the radiated emission requirements defined in CFR 47 Part 15, Subpart C. The test was performed in guidance of the CFR 47 Part 15, Subpart C and ANSI C63.4. 2. System Configuration 2.1 Test set-up Equipment under test (EUT):  Double wireless charging transmitter, type: 2.1, S/N: -, Material code: 22T0101  Two wireless charging receivers: - Ring Nokia white, Material code: 11R0101 (number 2) - Ring Nokia Black, Material code: 11R0102 -||- - Ring uUSB white, Material code: 11R0201 (number 1) - Ring uUSB black, Material code: 11R0202 -||- Auxiliary Equipment:  Phihong Switching Power Supply, type: PSM36W-120TW2-R, P/N: 1000-500200-000, SP/N: A036R001L Cables: From To Type Length [m] EUT DC Power input Split cable with ferrites DC cable, unshielded with two ferrites, type: KG SFC-3 1.0 Split cable with ferrites Power Supply (12 V) DC cable, unshielded (Phihong with a permanent ferrite B29 RH10.5x20x5.6) 2.0 and 1.0 Power Supply (12 V) Mains network Two conductor power cable, unshielded 2.0 Operating voltage of the EUT:  12 ± 0.2 VDC 2.0 A 24 W (two Single Heart transmitters, number 1 and 2, paralleled)  AC/DC adapter: 115 VAC 60 Hz 2.2 Operating conditions and monitoring of the EUT The EUT was tested in normal charging operation mode: the receivers (Ring) was placed approx. 2 cm on top of the EUT Power coils (Heart). The right position was indicated in the Rings by a red LED and in the Hearts by a blue LED. The receivers were connected to 10  resistive loads, which were drawing maximum amount of current, simulating the normal operation or charging process. Type: 2.1 S/N: - Test report: 172029A Page 5 (14) Date 03.06.2011 3. Test procedures 3.1 Emission tests 3.1.1 Radiated disturbance emission test 9 kHz – 30 MHz The test was performed as a complian…

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