OEM M M Cha argin Modu ng ule INS Wi STA irele ess ALLA ATI ION INTRODU UCTION This bull Charging letin discu g) Indiv usses the vidual wir installati reless cha ion proce arging tra dure for t the OEM ansmitter. Module(
(Wireless OVERVIE EW The OEM complian M Modul nt with PM e(Wireles MA and W ss Chargi WPC Qi s ing) Ind standards dividual d s. dual-mode e transmi tter is The transmitter is tuned for best performance through 8 mm (0.315") of Corian solid surface. Instructions for optimum placement and installation are in this bulletin. Due to the precise routing required the installation should be done in the fabrication shop prior to sheet installation. The OEM Module(Wireless Charging) Individual package consists of the transmitter, power cord and transformer. PMA-compliant charging rings are available separately in packs of three: one ring each of micro USB, Apple 30-
pin and Apple Lightning PMA compatible receivers. The transmitter has a micro USB port for updating the firmware if necessary. The USB port cant be used by consumer, is manufacturer for updating the firmware only. Do not use the OEM Module(Wireless Charging) in the environment at too high or too low temperature, never expose the device under strong sunshine or too wet environment. The suitable temperature for the phone and accessories is -10-40. A. PREPLANNING A.1. Box Contents The box will come with the transmitter and the power supply (not pictured here). A.3. Placement There are several considerations regarding proper placement of the transmitter:
Avoid putting in proximity to locations where the device being charged may get wet, exposed to excessive heat or any other conditions which may damage the device being charged. Do not install next to heat sources (such as stoves) or where heat sources are commonly used (toasters, hot plates, etc.). Stay away from edges where charging devices can be easily knocked off the surface. Work with the customer to determine convenient locations. Page 1 of 4 The tran 92 mm (
distance and the s measured placemen warming before cu and any smitter re 3.23"x 3. to any su surface. T d from th nt above g drawers utting the cutouts o equires a
.60") belo upport stru The transm he top surf heat- or m
, wine ref e top. The or the edg rectangul ow the sur ucture. N mitter also face (24 m moisture-
frigerator ere should e of the to lar space rface cou No metal s o requires mm (0.94 generatin rs, etc. Ve d be a sup op. of 82 mm unter. Allo should be s 36 mm 4") from b ng applian erify cabi pport strip m x ow an ext between
(1 7/16") v bottom su nces such net/suppo p between tra 25 mm n the trans vertical cl urface). A h as dishw ort measu n the trans m (1") smitter earance Avoid washers, urements smitter The tran shares ai smitter do irspace w oes gener with the ca rate some abinet inte e heat and erior. d ideally i s installed d such th at it If placing drawer c g above a a drawer, contents. make sur re there is s sufficien nt clearan nce, inclu uding Install so warranty the trans after inst The pow x 2.0" x is availab o that the y replacem mitter. M tallation. wer supply 1.4") tran ble separa transmitt ment the c Make sure Plan for p y has a 1.2 nsformer ately. ter will be customer the powe power cab 2 m (47") and 1.2 m e accessib will need er and mi ble routin
) DC cabl m (47") A ble by the d to be ab cro USB ng and mo le, 111 m AC cable. e custome ble to rem ports wil ounting o mm x 51 m A four-un er. If there move and r ll be acce of the tran mm x 36 m nit power e is a replace ssible nsformer. mm (4.4"
r supply If more t from eac than one t transmitte ch other. er is insta alled they y should b be at least t 150 mm
(6") A.4. Mark king Charg ging Locati on Discuss t prefer a p blends w environm the option permanen with the ba ments whe ns for ma nt mark, e ackgroun ere multip arking the either a hi nd. A high ple users e charging ighly visi hly visible will be u g spot wit ible mark e mark m using the d th the cus k or a subt may be pre device an ome may stomer. So tle mark t that eferred in nd arent f familiar with the area. Subtle or temporary markings may be more appropriate where there are a limited number of users that will become familiar with the location over time. Marking options include laser engraving or inlays for permanent marks, and stickers for temporary marks. Laser engraving will leave a slight depression and may be more difficult to clean. For high visibility markings choose a contrasting color. In commercial environments this may incorporate corporate color logos. For subtle markings a complementary color should be used. Translucent White DuPontTM Joint Adhesive or DuPontTM Joint Adhesive 2.0 is often a good choice for subtle inlays. For particulate colors matching one of the particulates may work well. The uniform shape of the mark will help it stand out when viewed at close distances, but it will blend into the background at greater distances. A.5. Additional Materials and Equipment In addition to the transmitter, fabrication will require 100% silicone adhesive, denatured alcohol and a clean cloth. Using a CNC with a flat-tipped end mill bit is highly recommended for accurately cutting the cavity. Some form of cable management (conduit, clips, etc.) will be necessary. B. VERIFY TRANSMITTER OPERATION B.1. Important Testing Guidance Verify the transmitter is operational before installing by plugging it in. A green LED should blink once. DO NOT TEST BY PLACING A RECEIVER IN CONTACT WITH THE TRANSMITTER. The transmitter is optimized for the installation distance, bringing the transmitter and receiver in direct contact may damage the devices. Always test with something nonmetallic of 8 mm (0.315") thickness in between the transmitter and receiver. B.2. Firmware Updates When there is a firmware update, Neosen Energy LLC will make the update available for download. The transmitter is updated by connecting the device to a computer using a USB 2.0 Micro Type-B to USB Standard Type-A cable. C. SHEET PREPARATION C.1. Optio onal Inlay/L Laser Engr raving Charging performe engravin g location ed before ng or crea n marking milling t ating inlay g methods the pocke ys may be s that requ et for the t e used to uire fabri transmitte identify t ication sh er. Standa the chargi hould be ard techn ing locati iques for ion. If the cus be used a stomer do and may b oes not de be applie esire a pe d when fa ermanent fabrication indicator n is comp a tempor plete. rary stick er may C.2. Milli ng Pocket f 8 The wire optimize mm (0.3 recomme distance sheet, wh registere which m remainin eless pow ed for a su 15"). A C ended for is registe hereas a h ed off the may induce ng sheet th mitter is wer transm ckness of urface thi ighly CNC is hi s the milling as r pocket m of the m the face ered from ce is ter distanc hand rout the sheet, back of t in ariability e more va hickness. The pock 63.5 mm thickness tipped en in the ca ket should m (2.5") w s of 8 mm nd mill bi avity. d be mille with remai m (0.315"
it with a 3 ed as a cir ining mat
). Use a f 3 mm (0.1 rcle of terial flat-
118") rad dius on the e tip for a a uniform m surface Make su attaching potential ure that on g the pow l firmwar nce the tra wer plug a e updates ansmitter and that th s. r is install here is acc ed there w cess to th will be cl he micro U learance f USB port for for D. TRAN NSMITTER R INSTALL LATION D.1. Adhe ering transm mitter to sh heet Remove a the sheet a with a cle denatured orientation power and after insta slightly ab is in conta all dust and and flange an cloth da d alcohol1. V n of the tra d USB port allation. Th bove the su act with the d shavings. of the tran ampened w Verify the ansmitter so ts will be a he flange w urface whe e cavity su Clean nsmitter with desired o that the accessible will sit n the coil rface. The tran dabs of s recomme colors, p There ne surface. will be re not in the smitter is silicone a ended, wh particularl eeds to be Keep the eplaced, r e cavity. s attached t each of hite is sho ly dark ad e enough silicone removal w If desired d to the sh the four c own here dhesive w silicone t away from will be ea d, small am heet with corners. C for visib with more to fill the m the coi asier if the amounts o a 100% s Clear or tr ility. Avo transluce gap betw il. If for s e adhesiv of hot mel silicone ad ranslucen oid highly ent, lighte ween the fl ome reas ve is only lt adhesiv dhesive. P nt adhesiv y contrast er- colore flange and on the tra on the fla ve may be along op sides to transmit place wh silicone cures. Th melt can applied a edges of flange af transmit placed in pocket. T transmit be held i with tap weight w silicone Place ve is ting ed sheets. d the ansmitter ange and e placed pposite hold the tter in hile the adhesive he hot n be at the f the fter the tter is n the The tter may in place e or a while the cures. Hot mel term mo lt adhesiv ve is for t ounting. temporar ry bondin ng only. I It is not s suitable f for long D.2. Wirin ng The transmitter is supplied with a power cord consisting of DC and AC wiring connected with a transformer. In many cases an AC power outlet may need to be installed in the cabinetry where the transmitter is to be installed. Local codes must be followed and the AC outlet often must be installed by a licensed electrician. The adapter shall be installed near the equipment and shall be easily accessible. E. LED INDICATOR The LED will indicate the current transmitter status. F. TRANSPORTATION The greatest risk of physical damage to the transmitter will be between transmitter installation and fabricated top installation in the facility. Protect the transmitter during storage and transportation. One option for protecting the transmitter is to cut a cavity large enough to contain the transmitter in a piece of stiff foam. This foam can then be taped over the transmitter for protection. No power/inactive One green flash Continuous flashing green Solid green Flashing red Solid red G.REFERENCES Off Power On Charging End-of-charge Foreign object detected Error condition Hereby, Neosen Energy LLC declares that this device is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC. Notice: Observe the national local regulations in the location where the device is to be used. This device may be restricted for use in some or all member states of the European Union (EU) FCC STATEMENT 1. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) This device may not cause harmful interference.
(2) This device must accept any interference received, including interference that may cause undesired operation. 2. Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
Reorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician for help. FCC Radiation Exposure Statement This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20cm between the radiator & your body