A5UXPCPAppliance Modular Transmitter

From the User’s Manual – you are directed to “mysmartappliances.com” At the web site after you claim your appliances – Select an Appliance like Dishwasher “>” At the Dishwasher page select the “Literature” box At the Customer Literature page Select “FCC Information Form” And you are presented with the following FCC/IC Statements

CONN ECTED APPLI ANC EINF ORMATIO N W10579815A Fede ra l Com munic ationsCommission(FCC) Compliance Notic e This equi pmenthas been test ed and found to complywith the limits for a Clas s B digital device, pursuantto Part 15 of the FCC Rules.These limits are designedto providereasonableprotectionagainstharmful interferencein a re sidentialinstallation. This equipmentgenerates,uses, and can radiat e ra dio frequencyenerg y and, if not installedand used in accordancewit h the instructions,may causehar mful interferenceto radi o co mmun icat ions. How ever, there is no guar antee that interference will no t occur in a particularinstallation.If this equipmentdoes cause har mful interfe renc e to radio or tel evisionreception,which can be deter mi ned by tur ning the equipmentoff and on, the user is encouraged to try to correctthe interferenceby one of the followingmeasures: – Reorie nt or re loca te the re ceivi ng ante nna. – Incre ase th e separationbetw een th e equ ipmen t an d rece iver. – Co nne ct the equ ipment int o an outle t on a circ uit different from that to wh ich the re ceiveris connected. – Co nsul t the deal er or an exp eri ence d radio/TVtech nici an for help. Th is devic e compl ies with Part 15 of the FCC Rules . Operation is subj ec t to the fol lowingtwo cond ition s: 1. This de vice ma y not causeharmfulinterfe rence,and 2. This de vice mu st ac cept any interferencereceiv ed, incl uding inter fe re nce th at may causeundesired operation. Chang es or mo diHca tions not expre ssly approvedby the party responsible for compliancecoul d voi d the us er’s authorityto operatethe equ ipm ent. RF Expos ure Information To complywit h FC C/IC RF exposurerequire ment s for mobile transmittin g dev ice s, this transmitter sh ould only be used or ins talled at loca tions wherethere is at least 20 cm sep ara tion distan ce be twe en the ante nna an d all pe rsons. To complywit h FC C/IC RF exposurelimi ts for gen eral popu lation / un con tr oll ed exp osure,the ant enn a(s) used for this trans mit ter must be ins talle d to pr ov ide a separation distan ce of at leas t 20 cm from all personsand mus t not be co-located or operating in con junc tion with any othe r ant en na or transmitter. Indus try Canada(IC) Compliance Notice Th is Devic e compl ies with IndustryCan ada Licens e-exemptRSS stand ar d( s). Oper ation is subje ct to the fol lowi ng two cond itions : 1. This de vice ma y not causeinterference, 2. This de vice mu st ac cept any interference,includi ng interference th at may cau se unde sired ope ration of the devic e. UnderInd ustry Ca nad a regulations, thi s radi o transmitter may only operate usi ng an antennaof a type and maximum (or les ser) gain approvedfor th e tr ansmitter by Indus try Can ada. To reducepotential ra dio int erferenceto other users,th e an tenn a typ e and its gain shoul d be so ch os en tha t the equivalent isotropically radi ated power (e.i .r. p.) is not more tha n that nec essaryfor su ccess fu l com mu nicati on. Th is ra dio tran smi tter IC: 10248A-XPCP has been approvedby Indu st ry Ca nad a to ope rat e with th e an tenna type s listed belowwi th the ma ximu m pe rmissible gain and req uired anten na imped ance for each ant enn a ty pe indicated. Ante nna types not incl uded in this lis t, havinga ga in gre ater than the ma xi mum gain indicatedfor tha t typ e, are stric tly pro hi bit ed for use with th is device. To complywit h FC C and IndustryCan ada RF radiati on expos ure limi ts fo r gene ral popu lat ion, the ante nna(s)us ed for th is tran sm itter must be ins talle d such th at a minimumseparationdis tance of 20 cm is main tai ned bet ween the ra dia tor (a ntenn a) an d al l persons at all times and must not be co-located or operating in con junc tion with any other antennaor tra nsmitter. Le prése nt app areil est conf orme aux CNR d’IndustrieCanada applica bles aux appareilsradio ex em pts de licence.L’exploitation est auto risée aux deux conditions suivantes: (1 ) l’ app are il ne doit pas produire de brouillage,et (2 ) l’ utilisateur de l’appareildoit acceptertout brouillage ra dio éle ct rique subi, mêmesi le bro uillageest susceptible d’en com pro me tt re le fo ncti onnement. Co nfo rm ém en t à la rég lem ent at ion d’I nd us tr ie Can ada, le pré sen t ém et teu r rad io pe ut fo nct ionn er avec un e an ten ne d’u n ty pe et d’un g ai n max imal (ou inférieu r) appr ou vé pou r l’émet teu r par Indus tr ie Can ada. Dan s le but de rédu ire les ris que s de br ouil lag e radio éle ctr ique à l’in ten tion des au tr es ut ilis ateu rs , il fau t cho isir le ty pe d’an te nn e et so n gain de sor te que la pu issanc e isot rope r ayo nn ée équ ivalen te (p.i. r.e. ) ne dépas se pas l’in te ns ité nécess air e à l’ét abl issem ent d’u ne com municat ion sat isfais an te. Le pr ésen t ém ett eu r rad io IC : 10248A-XP CP a ét é appr ou vé par Ind us tr ie Can ad a po ur fon ct ion ner av ec les types d’an tenn e én uméré s ci- de sso us et ay an t un gain adm issi ble maximalet l’impédance requ ise pou r ch aqu e type d’ant en ne. Les types d’an tenn e non inclus dan s cet te list e, ou do nt le gain es t supér ieu r au gain max imal indiqu é, son t st rict em en t interdit s pou r l’ex plo itat ion de l’émetteu r. Pou r satis fair e au x ex igen ces de la FCC et IC d’expo sit ion aux radio fr équ ences , une dis tan ce de sépar atio n de 20 cm ou plus do it êtr e main ten ue ent re cet appar ei l et des pe rs on nes lors de fo nct ionn em ent du dis po sit if. Pour as surer la con for mi té des opérat ion s au plu s pr ès qu e cett e dis tance n’es t pas reco mmandée. L’an ten ne utilis ée po ur ce tran smet te ur ne doit pas êt re co -localis és en co njo nctio n avec toute au tr e an ten ne ou tran sm et te ur. OE M Res pons ibil iti es to com pl y with FCC an d In dustry Can ada Reg ulat ions The XP WC, XPW P Modu le has been cer tiH ed fo r inte gr atio n int o pr odu ct s only by OEM integra to rs un der the fol …

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FCC ID: A5UXPCP D.L.S. ELECTRONIC SYSTEMS, INC. 166 South Carter Street Genoa City, WI 53128 March 8, 2013 FCC Authorization & Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Gentlemen: We are submitting for Whirlpool Corporation, a WiFi Processor Module & WiFi Core Module, Model Numbers: XPWP & XPWC, with an FCC ID: A5UXPCP for Single Modular Approval Certification. These units have been tested and comply to Part 15, Subpart C. If there are any questions in regard to this application, please call D.L.S. Electronic Systems, Inc. at (262) 279-0210. Enclosed you will find a copy of our test report with the information and results of tests that is required under Part 15, Section 15.247. Thank you for your assistance in this matter. Sincerely, William M. Stumpf DLS/js

166 South Carter Street, Genoa City, WI 53128 Request for Confidentiality Date: March 8, 2013 FCC Authorization & Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 RE: Certification Application FCC ID: A5UXPCP Pursuant to 47 CFR Section 0.459 Whirlpool Corporation understands that requests for non disclosure and confidential treatment is being made for the following information as stated under the Code of Federal Regulations Chapter 47, Part 0.459: • Block Diagram • Schematics • Description of Operation The above materials contain trade secrets, proprietary and technical information that would customarily be guarded from competitors under 47 CFR section 0.457(d)(2). Disclosure or publication of any portion of this company confidential material to other parties could cause substantial competitive harm and provide unjustified benefits for competitors. Whirlpool Corporation understands that pursuant to 47 CFR section 0.457(d)(1)(ii) disclosure of the applicant and all accompanying documentation will not be made before the date of the grant. Thank you for your attention to this matter. Signatory William M. Stumpf OATS Manager D.L.S. Electronic Systems, Inc.

From: [email protected] [mailto:[email protected]] Sent: Thursday, October 18, 2012 8:52 AM To: Bill Stumpf Subject: Response to Inquiry to FCC (Tracking Number 150164) FCC Home | Search | RSS | Updates | E-Filing | Initiatives | Consumers | Find Office of Engineering and Technology Inquiry on 10/10/2012 : Inquiry: We have a question regarding transmitter certification of two transmitter modules with the same RF circuit but other circuit differences on the PC board. FCC Part 2 and FCC permissive Change regulations allow only minor changes to a transmitter, and the RF circuit must be electrically identical. Based on the description information and exhibits provided, can these two circuit board designs be certified as one certification/one FCC ID, or will it need to be done as two separate certifications? FCC response on 10/15/2012 Please provide side by side photo's of the two boards with sufficient detail to show the differences. Highlight or point to the different components. Please help define what are the ARM, SDIO, UART, GPIO acronyms, their functions and any other difference between the two boards. For each, indicate whether this is part of the transmitter function or some other digital function. ---Reply from Customer on 10/17/2012--- Please see the attached files showing; - PC Board "Picture Explanation" with details on the differences. Included is descriptions of the acronyms used. - Pinouts for both versions of the PC board FCC response on 10/18/2012 This appears to meet the KDB 178919 Section 2) h) and involves only the non transmitter portion so it can go under the same FCC ID. Attachment Details: Do not reply to this message. Please select the Reply to an Inquiry Response link from the OET Inquiry System to add any additional information pertaining to this inquiry.

Internal/External Photos Company: Whirlpool Corporation Models: XPWC & XPWP XPWC (Core) & XPWP (Processor) PC Boards - Top with Shields Company: Whirlpool Corporation Models: XPWC & XPWP XPWP PC Board - Top with Shield Removed Company: Whirlpool Corporation Models: XPWC & XPWP XPWP PC Board - Bottom Company: Whirlpool Corporation Models: XPWC & XPWP XPWC PC Board - Top with Shield Removed Company: Whirlpool Corporation Models: XPWC & XPWP XPWC PC Board - Bottom Company: Whirlpool Corporation Models: XPWC & XPWP XPWP PC Board with FAKRA Connectors Company: Whirlpool Corporation Models: XPWC & XPWP Dipole Antenna Company: Whirlpool Corporation Models: XPWC & XPWP F-Type Antenna Company: Whirlpool Corporation Models: XPWC & XPWP Planar F (PIFA) Antenna

NOT RELEASED B C A B 0.980.15 11.73 1.81 25.91 91.29 (25.40) (12.70) (19.05) (44.45) 04-JUN-2012 KELLYN1 W10516126A 2:1 WIFI CORE PCA A RELEASE P/N W10516126 --- KELLYN1 ---24-MAY-2012 CHECKED BY THIMAMF ELSTOWJ REVPART NO. AW10516126 COMPONENT NUMBERCOMPONENT REFERENCEFUNCTION 01J1FAKRA CONNECTOR 02J2FAKRA CONNECTOR SERIAL NUMBER CHART FOR WIFI CORE PCA 11 DIGIT SERIAL NUMBER FORMAT: XX2365991AA XX CONTROL ASM. IDEACH ASSEMBLY NUMBER MUST HAVE A UNIQUE TWO DIGIT CODE 2365DATE CODE FORMAT YDDD, Y IS THE LAST NUMBER OF THE YEAR AND DDD IS THE DAY OF THE YEAR (JULIAN DATE) 991ASERIAL NUMBER SEQUENTIAL SERIAL NUMBER BASE 36 WITH EACH DIGIT HAVING A VALUE OF 0-9 AND A-Z A PANEL LOCATION IDENTIFIER LOCATION A, B, C, OR D NOTES: 1.01. APPROVED SOURCE: TO BE DETERMINED. 1.02. ELECTRONIC DESIGN SOURCE: SJTC CONTROLS AND ELECTRONICS. 1.03. TOOLED SAMPLES OF NEW OR REVISED PARTS MUST BE SUBMITTED TO ENGINEERING FOR TESTING AND APPROVALS. 1.04. NO REVISION OF ANY PHYSICAL, DIMENSIONAL, OR PERFORMANCE CHARACTERISTICS CAN BE MADE UNLESS AUTHORIZED IN WRITING BY WHIRLPOOL ENGINEERING. 1.05. PART REVISION REQUIRES WHIRLPOOL EVALUATION OF ELECTROSTATIC DISCHARGE, LINE SURGE, AND BURST TESTING. WHIRLPOOL C & E ENGINEERING WILL CREATE TEST PLAN FOR REQUALIFYING THE CONTROL BASED ON REVISIONS BEING MADE PART REVISIONS REQUIRE CODES APPROVAL. 1.06. UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE RELATED TO DATUM A (PRIMARY), DATUM B (SECONDARY) AND DATUM C (TERTIARY). 1.07. THE PRINTED CIRCUIT ASSEMBLIES ON THIS DRAWING AND THEIR COMPONENT PARTS MUST BE HANDLED WITH CONSIDERATION TO DAMAGE FROM ELECTROSTATIC DISCHARGE ESD . ESD LEVELS SHOULD BE MAINTAINED BELOW 500 VOLTS DURING HUMAN HANDLING. THESE LIMITS ARE BASED ON THE STANDARD ANSI/ESD 20.20-1999 OR LATEST REVISION. 1.08. COMPONENT(S) REFERENCED HEREIN SHALL COMPLY WITH WHIRLPOOL'S CURRENT SPECIFICATIONS, INCLUDING ITS RESTRICTED MATERIAL LIST SPECIFICATION GES0084 - GLOBAL COLUMN, AND ANNEXES. 1.09. PRINTED BOARD DIMENSIONS AND TOLERANCES PER IPC-2615 STANDARD. UNLESS OTHERWISE SPECIFIED, GENERAL TOLERANCE IS 0.20. SHOWN CONNECTORS ARE DETAILED IN THE TABLE BELOW. SERIAL NUMBER AND BARCODE MUST BE PLACED ON THE PART NUMBER LABEL. SEE SERIAL NUMBER CHART J2 J1 SEE DETAIL B SEE DETAIL A P/N 10516126 "REV" CAN BE OMITTED AT THE DISCRESSION OF THE MANUFACTURER DETAIL A PART NUMBER LABEL SCALE 4:1 COO (COUNTRY OF ORIGIN) MUST BE PLACED ON PART NUMBER LABEL OR SERIAL NUMBER LABEL. LOCATION IS AT THE DISCRETION OF BOARD MFG WHERE "xxxx" IS MFG AND LOCATION RECOGNIZED COMPONENT MARK PER UNDERWRITERS LABORATORIES INC. DETAIL B SCALE 4:1 FCC WARNING LABEL ADHERE LABEL TO TOP SURFACE OF THE RF SHIELD 18-Feb-2013 02:43:35 EST In some European factories the letter "W" of the part code mentioned herein will be automatically replaced by the number "4000" (e.g. "W12345678" becomes "400012345678")

NOT RELEASED B C A B (44.45) (19.05) 91.29 25.91 0.980.15 11.73 1.81 (25.40) (15.00) 24-MAY-2012 KELLYN1 W10547302B 2:1 PCA-WIFI PROCESSOR W/SW FAMILY A RELEASE P/N W10538890 --- THIMAMF 71175608-NOV-2012 RELEASE P/N W10561189 CHECKED BYELSTOWJ B P/N W TO REV BH7 THIMAMF ---15-FEB-2013 ADDED INFORMATION TO FCC AND IC LABELB8 MODIFIED SIZE OF P/N LABELF7 CHECKED BY---GARYW COMPONENT NUMBERCOMPONENT REFERENCEFUNCTION 01J1FAKRA CONNECTOR 02J2FAKRA CONNECTOR 03U5RADIO, 88W8787 04U4EEPROM, AT24C08 05U10MCU, 88MC200 SERIAL NUMBER CHART FOR WIFI PROCESSOR PCA 11 DIGIT SERIAL NUMBER FORMAT: XX2365991AA XX CONTROL ASM. IDEACH ASSEMBLY NUMBER MUST HAVE A UNIQUE TWO DIGIT CODE 2365DATE CODE FORMAT YDDD, Y IS THE LAST NUMBER OF THE YEAR AND DDD IS THE DAY OF THE YEAR (JULIAN DATE) 991ASERIAL NUMBER SEQUENTIAL SERIAL NUMBER BASE 36 WITH EACH DIGIT HAVING A VALUE OF 0-9 AND A-Z A PANEL LOCATION IDENTIFIER LOCATION A, B, C, OR D PART NO.REV HARDWARE CONFIGURATION FILE COMPONENT POPULATED (Y/N) /REFERENCE DESIGNATOR: J1/ COMPONENT POPULATED (Y/N ) /REFERENCE DESIGNATOR: J2/ W10538890BW10474653NN W10561189BW10544211N Y (ROTATE 90) NOTES: 1.01. APPROVED SOURCE: JABIL® (GDL, MEXICO) (JABIL® IS A REGISTERED TRADEMARK OF JABIL CIRCUIT, INC.) 1.02. ELECTRONIC DESIGN SOURCE: SJTC CONTROLS AND ELECTRONICS. 1.03. TOOLED SAMPLES OF NEW OR REVISED PARTS MUST BE SUBMITTED TO ENGINEERING FOR TESTING AND APPROVALS. 1.04. NO REVISION OF ANY PHYSICAL, DIMENSIONAL, OR PERFORMANCE CHARACTERISTICS CAN BE MADE UNLESS AUTHORIZED IN WRITING BY WHIRLPOOL ENGINEERING. 1.05. PART REVISION REQUIRES WHIRLPOOL EVALUATION OF ELECTROSTATIC DISCHARGE, LINE SURGE, AND BURST TESTING. WHIRLPOOL C & E ENGINEERING WILL CREATE TEST PLAN FOR REQUALIFYING THE CONTROL BASED ON REVISIONS BEING MADE PART REVISIONS REQUIRE CODES APPROVAL. 1.06. UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE RELATED TO DATUM A (PRIMARY), DATUM B (SECONDARY) AND DATUM C (TERTIARY). 1.07. THE PRINTED CIRCUIT ASSEMBLIES ON THIS DRAWING AND THEIR COMPONENT PARTS MUST BE HANDLED WITH CONSIDERATION TO DAMAGE FROM ELECTROSTATIC DISCHARGE ESD . ESD LEVELS SHOULD BE MAINTAINED BELOW 500 VOLTS DURING HUMAN HANDLING. THESE LIMITS ARE BASED ON THE STANDARD ANSI/ESD 20.20-1999 OR LATEST REVISION. 1.08. COMPONENT(S) REFERENCED HEREIN SHALL COMPLY WITH WHIRLPOOL'S CURRENT SPECIFICATIONS, INCLUDING ITS RESTRICTED MATERIAL LIST SPECIFICATION GES0084 - GLOBAL COLUMN, AND ANNEXES. 1.09. PRINTED BOARD DIMENSIONS AND TOLERANCES PER IPC-2615 STANDARD. UNLESS OTHERWISE SPECIFIED, GENERAL TOLERANCE IS 0.20. SHOWN COMPONENTS ARE DETAILED IN THE TABLE BELOW. SEE DETAIL A J2 J1 SEE DETAIL B DETAIL B SCALE 4:1 FCC WARNING LABEL ADHERE LABEL TO TOP SURFACE OF THE RF SHIELD PART NUMBER COO (COUNTRY OF ORIGIN) MUST BE PLACED ON PART NUMBER LABEL OR SERIAL NUMBER LABEL. LOCATION IS AT THE DISCRETION OF BOARD MFG. SERIAL NUMBER AND BARCODE MUST BE PLACED ON THE PART NUMBER LABEL. SEE SERIAL NUMBER CHART DETAIL A SCALE 4:1 PART NUMBER LABEL MAC ADDRESS AND BARCODE MUST BE PLACED ON THE PART NUMBER LABEL. MAC ADDRESS FROM DATABASE RECOGNIZED COMPONENT MARK PER UNDERWRITERS LABORATORIES, INC. 18-Feb-2013 02:46:12 EST In some European factories the letter "W" of the part code mentioned herein will be automatically replaced by the number "4000" (e.g. "W12345678" becomes "400012345678")

LETTER CONTAINS FCC ID: A5UXPCP CONTAINS IC: 10248A-XPCP

Internal/External Photos Company: Whirlpool Corporation Models: XPWC & XPWP XPWC (Core) & XPWP (Processor) PC Boards - Top with Shields Company: Whirlpool Corporation Models: XPWC & XPWP XPWP PC Board - Top with Shield Removed Company: Whirlpool Corporation Models: XPWC & XPWP XPWP PC Board - Bottom Company: Whirlpool Corporation Models: XPWC & XPWP XPWC PC Board - Top with Shield Removed Company: Whirlpool Corporation Models: XPWC & XPWP XPWC PC Board - Bottom Company: Whirlpool Corporation Models: XPWC & XPWP XPWP PC Board with FAKRA Connectors Company: Whirlpool Corporation Models: XPWC & XPWP Dipole Antenna Company: Whirlpool Corporation Models: XPWC & XPWP F-Type Antenna Company: Whirlpool Corporation Models: XPWC & XPWP Planar F (PIFA) Antenna

166 South Carter, Genoa City, WI 53128 Page 1 of 3 Company: Whirlpool Corporation Model Tested: XPWP and XPWC Report Number: 18708 DLS Project: 5163 FCC Code of Federal Regulations 47 Part 1.1307(b) (1) RF Exposure Statement of Compliance THE FOLLOWING MEETS THE ABOVE TEST SPECIFICATION Formal Name: WIFI Processor Module & WIFI Core Module Kind of Equipment: 802.11b/g/n Wi-Fi appliance module Frequency Range: 2412-2462 MHz Test Configuration: DC powered transceiver module Model Number(s): XPWP (Processor) and XPWC (Core) Model(s) Tested: XPWP (Processor) and XPWC (Core) Serial Number(s): RF Conducted on Processor SN: NP109221 Radiated on Processor SN: NP109223 RF Conducted on Core SN: NP109413 Radiated on Core SN: NP109401 Date of Tests: 12-17-12 through 02-05-13 Test Conducted For: Whirlpool Corporation 750 Monte Rd Benton Harbor, MI 49022, USA 166 South Carter, Genoa City, WI 53128 Page 2 of 3 Company: Whirlpool Corporation Model Tested: XPWP and XPWC Report Number: 18708 DLS Project: 5163 Transmitter Information: Maximum Conducted Output Power: 23.22 dBm Maximum Effective Isotropic Radiated Power 27.42 dBm Frequency: 2422 MHz Antenna Type: PIFA Antenna Gain: 4.2 dBi Exposure Limit: Maximum Permissible Exposure (MPE) limit for General Population / Uncontrolled Exposure in the frequency range 1500 – 100,000 MHz (ref: 47 CFR Part 1.1310 Table 1(b)) Limit: (S) (mW/cm 2 ) = 1.0 mW/cm 2 MPE Calculation: Power Density (mW/cm 2 ): 푆푆= 푃푃푃푃 4휋휋푅푅 2 S = Power Density (mW/cm 2 ) P = Power Input to the antenna (mW) G = Numeric Power Gain of the antenna R = Distance to the center of the radiation of the antenna (cm) 166 South Carter, Genoa City, WI 53128 Page 3 of 3 Company: Whirlpool Corporation Model Tested: XPWP and XPWC Report Number: 18708 DLS Project: 5163 Results: P = 23.22dBm G = 4.2dBi R = 20cm π 3.14159 Transmit Frequency (MHz) Output Power (dBm) Output Power (mW) Antenna Gain (dBi) Antenna Gain Distance (cm) Power Density (mW/cm²) Power Density Limit (mW/cm²) Margin 242223.22209.893994.22.63027200.10981.00.890 Summary of Results: With a minimum separation distance of 20 centimeters as defined by FCC 2.1091(b), for a mobile device, the Whirlpool Inc WIFI Processor Module model XPWP and WIFI Core Module model XPWC meets the RF exposure evaluation requirements for maximum permissible exposure to any radiating structure and the general population / uncontrolled exposure. Conclusion: The Whirlpool Inc WIFI Processor Module model XPWP and WIFI Core Module model XPWC operating under FCC part 15.247 complies with the requirements of FCC Part 1.1307(b)(1) for RF Exposure Evaluation.

166 South Carter, Genoa City, WI 53128 Page 1 of 213 Company: Whirlpool Corporation Model Tested: XPWP and XPWC Report Number: 18708 DLS Project: 5163 i. Cover Page Code of Federal Regulations 47 Part 15 – Radio Frequency Devices Subpart C – Intentional Radiators Section 15.247 Operation within the bands 902 - 928 MHz, 2400 - 2483.5 MHz, 5725 - 5875 MHz, and 24.0 - 24.25 GHz. THE FOLLOWING MEETS THE ABOVE TEST SPECIFICATION Formal Name: WIFI Processor Module & WIFI Core Module Kind of Equipment: 802.11b/g/n Wi-Fi appliance module Frequency Range: 2412-2462 MHz Test Configuration: DC powered transceiver module Model Number(s): XPWP (Processor) and XPWC (Core) Model(s) Tested: XPWP (Processor) and XPWC (Core) Serial Number(s): RF Conducted on Processor SN: NP109221 Radiated on Processor SN: NP109223 RF Conducted on Core SN: NP109413 Radiated on Core SN: NP109401 Date of Tests: 12-17-12 through 02-05-13 Test Conducted For: Whirlpool Corporation 750 Monte Rd Benton Harbor, MI 49022, USA NOTICE: “This test report relates only to the items tested and must not be used by the client to claim product endorsement by NVLAP or any agency of the U.S. Government”. Please see the "Description of Test Sample" page listed inside of this report. © Copyright 1983 - 2013 D.L.S. Electronic Systems, Inc. COPYRIGHT NOTICE This report must not be reproduced (except in full), without the approval of D.L.S. Electronic Systems, Inc. 166 South Carter, Genoa City, WI 53128 Page 2 of 213 Company: Whirlpool Corporation Model Tested: XPWP and XPWC Report Number: 18708 DLS Project: 5163 ii. Signature Page SIGNATURE PAGE Tested By: James Ochoa Test Engineer Reviewed By: William Stumpf OATS Manager Approved By: Brian Mattson General Manager 166 South Carter, Genoa City, WI 53128 Page 3 of 213 Company: Whirlpool Corporation Model Tested: XPWP and XPWC Report Number: 18708 DLS Project: 5163 iii. Table of Contents Table of Contents i. Cover Page .......................................................................................................................................1 ii. Signature Page .................................................................................................................................2 iii. Table of Contents .............................................................................................................................3 iv. NVLAP Certificate of Accreditation ...............................................................................................4 1.0 Summary of Test Report ..................................................................................................................5 2.0 Introduction ......................................................................................................................................6 3.0 Test Facilities ...................................................................................................................................6 4.0 Description of Test Sample ..............................................................................................................6 5.0 Test Equipment ................................................................................................................................8 6.0 Test Arrangements .........................................................................................................................10 7.0 Test Conditions ..............................................................................................................................10 8.0 Modifications Made To EUT For Compliance ..............................................................................11 9.0 Additional Descriptions .................................................................................................................11 10.0 Results ............................................................................................................................................11 11.0 Conclusion .....................................................................................................................................11 Appendix A – Test Photos .........................................................................................................................12 Appendix B – Measurement Data ..............................................................................................................17 1.0 6 dB Emission Bandwidth ...................................................................................................17 2.0 Fundamental Emission Output Power .................................................................................33 3.0 Maximum Power Spectral Density (PSD) ...........................................................................64 4.0 Maximum Unwanted Emission Levels - RF Conducted .....................................................80 5.0 Unwanted Emissions into Restricted Frequency Bands – Radiated ....................................96 6.0 Band -Edge Measurements – RF Conducted ......................................................................106 7.0 Band -Edge Measurements – Radiated ...............................................................................127 8.0 Measurement Data - AC Line Conducted Emissions .......................................................208 166 South Carter, Genoa City, WI 53128 Page 4 of 213 Company: Whirlpool Corporation Model Tested: XPWP and XPWC Report Number: 18708 DLS Project: 5163 iv. NVLAP Certificate of Accreditation 166 South Carter, Genoa City, WI 53128 Page 5 of 213 Company: Whirlpool Corporation Model Tested: XPWP and XPWC Report Number: 18708 DLS Project: 5163 1.0 Summary of Test Report It was determined that the Whirlpool Inc WIFI Processor Module model WPWP and WIFI Core Module model WPWC, complies with the requirements of CFR 47 Part 15 Subpart C Section 15.247. Subpart C Section 15.247 Applicable Technical Requirements Tested: Section Description Procedure…

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Test Setup Photos Company: Whirlpool Corporation Models: XPWC & XPWP Radiated - Below 1 GHz Radiated - Above 1 GHz Radiated - Below 1 GHz Radiated - Below 1 GHz F-type antenna - position X F-type antenna - position Y Radiated - Below 1 GHz Radiated - Below 1 GHz F-type antenna - position Z Pifa antenna - position X Radiated - Below 1 GHz Radiated - Below 1 GHz Pifa antenna - position Y Pifa antenna - position Z Radiated - Below 1 GHz Radiated - Below 1 GHz External Dipole antenna with cable - position X External Dipole antenna with cable - position Y Radiated - Below 1 GHz Radiated - Below 1 GHz External Dipole antenna with cable - position Z External Dipole antenna with cable - other side RF Conducted - Model XPWC RF Conducted - Model XPWP AC Line Conducted - Front AC Line Conducted - Back