2ASE5-99001Electrically Operated Water Valve

** JRG F+ Installationinstructions,operatingandmaintenanceinstructions HycleenAutomationSystem JRGLegioTherm2T ElectricallyOperatedWaterValve JRGCode9910.0xx EN Components 2 2〉 3 4 1Controller/Actuator 2Lightring 3Controllerfasteningscrew(Allenkey) 4PT1000temperaturesensor 5Labelswithserialnumber(removable) 6M12socketforserialwiring(Master/valve) 7M8socketforconnectingexternalsensor 8PlugforPT1000 9Flowarrow 10Insulation 《5 ⑧ 4 7〉 EN Function TheJRGLegioTherm2Tcirculationvalveisusedwhereveracontrolled thermaldisinfectionofahotwatersystemisrequiredinadditiontoitsfunction asaController(suchasinnursinghomes,hospitals,etc.). TheJRGLegioTherm2Tcirculationvalveallowsfortwocalibration temperatures(normaloperation/thermaldisinfection). TheJRGLegioTherm2Tcirculationvalveregulatestheflowratebypermanently readingthewatertemperaturewiththehelpofanimmersedtemperaturesensor. ThemeasuredvaluesareprocessedbytheController.Ifadeviationfromnominal temperatureisdetected,thecirculationvalveregulatestheflowratebyopeningor closingthevalveuntiltheset-pointtemperatureisreached.Thisisdonebymeansof anactuator. JRGLegioTherm2TCirculationvalvewithcontroller,PN10 •Temperature:max.90°C •Material:gunmetal,stainlesssteel,EPDM •Factorysetting:57°C(adjustable0-90°C)thermaldesinfection70°C (adjustable60-90°C) •Connection:malethread(forunionconnectionwithflatgasket) DNJRGGFWeight (mm) Code Code (kg) 159910.0153511105500.820 9910.020 259910.0253511106301.400 1.050 20 EN DN d1Gd2Gd3Rpl1l2l3l4 b h1h2 (mm)(inch)(inch)(inch)(mm)(mm)(mm)(mm)(mm)(mm)(mm) 15 3 ∕4 1 ∕2 1 ∕4 7562417390162506 20 3 ∕4 24 2069216954 6 25 1 1 ∕4 1 1 ∕4 99824233100179566 24 1 ∕4 87 。 EN Installation WiringMasterandvalves Theconnectioncablescontainfourwires,twoforpowersupplyandtwoforsignal transmission.Bothcableendsareequippedwiththesamefemaleconnectorsand featureananti-twistdesign.TheM12knurledcouplingnutsprovideareliablegrip eveninharshenvironments. Note: Unapprovedcomponentsmaycausemalfunctions! Allcomponentsmustbeconnectedinseries(oneaftertheother,witheachother). Aparallelorstar-shapedwiringofthecomponentsleadstomalfunctionsintheBUS communication.Componentsandcablesmustnotbemodified.Neverdisconnectthe cablefromelectricityunderpower. ConnectingtheMaster Connectoneoftheplugs(11)oftheconnectioncabletooneofthetwoM12sockets (12)ontheMasterandscrewontheknurledcouplingnut.Bothconnectionsofthe Mastercanbeusedatthesametime. upto 50 Controllers 25 EN 26 Connectingthevalve Connecttheotherplug(11)oftheconnectioncablewithoneofthetwoM12sockets (6)ofthevalveandsecurewiththeknurledcouplingnut.Itdoesnotmatterwhich M12socketisused. Connectingfurthervalves: ConnectoneoftheplugsofthenextconnectioncabletothesecondM12socket(6) onthevalveandsecurewithknurledcouplingnut,etc. Note: Riskofmalfunctionsduetofaultyinstallation! Iftheknurledcouplingnutisnottightenedproperly,theplugconnectionmayget looseovertime.Thismayleadtoalossoffunctionality! Makesurethatallknurledcouplingnutsoftheconnectioncablesaretightened! Layingthecables: Thecablesmaybemounteddirectlyonthecirculationlineorifneedbeontheout- sideoftheinsulation.Usetemperature-resistantcableties(upto90°C). HycleenAutomationpowersupplyandcommunicationcable •Description:ForserialconnectionofHycleenAutomationSystem components(master,controller),incl.2xM12plugs,ROHS LVoltageJRGGFWeightdd1 (m)CodeCode(kg)(mm)(mm) 1.536V9940.0013511105810.11014.56.8 36V 9940.005 3511105820.300 14.56.8 10 36V 9940.010 351110583 0.630 14.5 6.8 2036V9940.0203511105841.24014.56.8 5036V 9940.050 3511105853.20014.56.8 EN 27 HycleenAutomationCoupling •Description:Couplingbetween2HycleenAutomationpowersupply andcommunicationcable JRGWeightGFlh Code(kg)Code(mm)(mm) 9941.0000.1003511105865814 EN 28 +GF+ InstallingaPowerbox Forcablelengthsover300m, aPowerbox(14)mustbeinstalled betweentwoconnectioncables. InstallingaJRGLegioTherm2T TheJRGLegioTherm2Tcanbemountedinanyposition.Thevalvemustbe accessibleforinspectionsandrevisions.Werecommendtoinstallshut-offvalves JRGCode8339beforeandaftertheController.TopreventtheJRGLegioTherm2T circulationvalvefrombeingflowedagainstthedesiredflowdirection,itisadvisable toinstallsuitablecheckvalves.WerecommendusingJRGLegioTherminsulationto reduceheatemission. Note: Forrevisionpurposestheremustbeaclearanceof3cmbetweentheController andthenearestsurface. Note: Afterinstallation,removethelabel(5) withthevalveserialnumberfromthevalve andstickittotheinstallationdiagram. Indoingso,thevalvecanbeeasilylocated lateron.Theserialnumberisalsodisplayed intheMaster. Anindividualdesignationcanbeadditionally definedintheMaster. HycleenAutomationsystem LegioTherm2TDN15 Flushing BeforeinstallingtheJRGLegioTherm2Tcirculationvalve,allpipeshavetobe flushedthoroughly. Gaskets OnlyAFM34gasketsaretobeused.AFM34gasketsmustnotbeoiledorgreased. Soldering Whenusingsolderedjoints,theJRGLegioTherm2Tvalvemustnotbeinstalled duringsoldering(possibledamageduetooverheating). Lot.NO.:GFMMYYAXX seria QR-Code QR-Code LegioTherm2TDN15 serialNO.: Vx'xxx'xxx 5〉 Vx'xxx'xxx 36VDC EN 29 Specifications Material: Casing:Gunmetal Follower/spring/seat: Stainlesssteel Valvecone: Gunmetal Function Thedeviceisresponsibleforthe equalandconsistentdistributionof waterflowsandtemperatures acrossthebuilding.Furthermore,it isessentialtoreduceenergy consumptionandincreasecomfort. Gaskets:EPDM Featureofautomaticaction: Type1action Pollutiondegree:2 Use:Mediumdrinkingwater Dimensions:DN15/20/25 Standards: MeetsDVGWVP554 (2003.04) Watertemperature:1-90°C Controlaccuracy: <±1°C Maximumoperatingtemperature:90°C Maximumoperatingpressure: 10bar Ambienttemperature:5-45°C Temp.limitsofthemountingsurfaceT45 Windinginsulation:ClassF Nb.OfAutomaticcyclesAforeach cyclesautomaticaction6000 Powersupply:36VDC Actuator: Minimumstroke5mm Dutycycle: 1minON/1minOFF Operatingvoltage:24VDC Powerconsumptionopen/close:6W IPcode(degreeofprotection):IP44 BLEWorkingFrequency2402~2480MHz BLEMaximumPower2.2dBm SupplyConnectionM12socket Lightringlegend: Ifavalveisconnectedtothecircuit,thelightringlightsup.Thefrequency…

Text truncated - open the document above for the full version.

Certification Designating a US Agent for Service of Process To: Federal Communications Commission Date: 08-22-2023 7435 Oakland Mills Road, Columbia, MD 21046, USA Ref: Attestation Statement – Part 2.911(d)(7) filing FCC ID: 2ASE5-99001 Georg Fischer JRG AG (“the applicant”) certifies that as of the date of the filing of the application, Georg Fischer LLC (“the agent”) is our designated U.S. agent. We acknowledge the applicant’s consent and the designated agent for service of process’s obligation to accept service of process. The applicant accepts to maintain an agent for service of process for no less than one year after the grantee has terminated all marketing and importation or the conclusion of any Commission- related proceeding involving the equipment. The applicant further acknowledges it is our responsibility to inform the FCC whenever the agent information changes. APPLICANT Company Name: Georg Fischer JRG AG Contact Person: Philippe Cachot Address: Hauptstrasse 130, 4450 Sissach, Switzerland Tel.: +41 619752402 Email: [email protected] FCC FRN: 0028189579 U.S. Agent Company Name: Georg Fischer LLC Contact Person: Max Holloway Address: 9271 Jeronimo Road Irvine, CA 92618 United States of America Tel.: +1 714-731-8800 Email: [email protected] Sincerely yours, The Applicant The Agent Company Name Georg Fischer JRG AG Georg Fischer LLC Contact Person Philippe Cachot Max Holloway Signature Georg Fischer JRG AG Hauptstrasse 130 4450 Sissach Switzerland Telefon +41 61 975 22 22 [email protected] https://www.gfps.com/jrg

Georg Fischer JRG AG Attestation Statements Not Covered Entity Applicant To: Federal Communications Commission Date: 08-23-2023 7435 Oakland Mills Road, Columbia, MD 21046, USA Ref: Information Required by Section 2.911(d)(5)(ii) filing FCC ID: 2ASE5-99001 Georg Fischer JRG AG (“the applicant”) certifies that, as of the date of the filing of the application, the applicant is not identified on the Covered List (as a specifically named entity or any of its subsidiaries or affiliates) as an entity producing “covered” equipment. Sincerely yours, Applicant Signature Printed Name: Title: Address: Tel.: Email:

Georg Fischer JRG AG Attestation Statements Not Covered Equipment To: Federal Communications Commission Date: 08-23-2023 7435 Oakland Mills Road, Columbia, MD 21046, USA Ref: Information Required by Section 2.911(d)(5)(i) filing FCC ID: 2ASE5-99001 Georg Fischer JRG AG (“the applicant”) certifies that the equipment for which authorization is sought is not “covered” equipment prohibited from receiving an equipment authorization pursuant to section § 2.903 of the FCC rules. Sincerely yours, Applicant Signature Printed Name: Title: Address: Tel.: Email:

Georg Fischer JRG AG Page 1 of 1 Authority to Act as Agent Date: 2023-08-23 TUV Rheinland of North America, Inc. 1279 Quarry Lane., Suite. A Pleasanton, CA 94566 To Whom It May Concern: I appoint Mr. Weidong Wang of TÜV Rheinland Shanghai Co., Ltd. to act as our agent in the preparation of this application for equipment certification. I certify that submitted documents properly describe the device or system for which equipment certification is sought. I also certify that each unit manufactured, imported or marketed, as defined in the FCC or Industry Canada’s regulations will have affixed to it a label identical to that submitted for approval with this application. For instances where our authorized agent signs the application for certification on our behalf, I acknowledge that all responsibility for complying with the terms and conditions for Certification, as specified by TUV Rheinland Group, still resides with Georg Fischer JRG AG / Hauptstrasse 130, Sissach, 4450, Switzerland For TCB applications, We certify that we are not subject to denial of federal benefits, that includes FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C. 862. Further, no party, as defined in 47 CFR 1.2002 (b), to the application is subject to denial of federal benefits, that includes FCC benefits. Thank you, Agency Agreement Date: ___2023-08-23_______ Agreement is valid for 12 months from the above date. By: __________________________ __ ______________ (Signature) (Print name) ___________________________ __________________________ (Title) (Telephone) On behalf of: __ Georg Fischer JRG AG ____ (Company Name)

Georg Fischer JRG AG MS-0044715 Page 1 of 1 Revision 1 FCC Request for Confidentiality Letter Date: 2023-08-23 Federal Communications Commission Equipment Authorization Branch 7435 Oakland Mills Road, Columbia, MD 21046, USA Subject: Confidentiality Request for FCC ID: 2ASE5-99001 Pursuant to FCC 47 CRF 0.457(d), the applicant requests that a part of the subject FCC application be held confidential. Type of Confidentiality Requested Exhibit Short Term Permanent Block Diagrams Short Term n/a External Photo Short Term Permanent Internal Photos *** Short Term Permanent Operation Description/Theory of Operation Short Term Permanent Schematics Short Term Permanent Test Setup*** Short Term Permanent Tune-Up Procedure Short Term Permanent User’s Manual*** Short Term Permanent Part List/ Antenna Gain Information Datasheet Georg Fischer JRG AG has spent substantial effort in developing this product and it is one of the first of its kind in industry. Having the subject information easily available to "competition" would negate the advantage they have achieved by developing this product. Not protecting the details of the design will result in financial hardship. Permanent Confidentiality: The applicant requests the exhibits listed above as permanently confidential be permanently withheld from public review due to materials that contain trade secrets and proprietary information not customarily released to the public. (*** Exceptional case for Permanent Confidentiality for these Exhibits by PAG only) Short-Term Confidentiality: The applicant requests the exhibits selected above as short term confidential be withheld from public view for a period of specify number of days not to exceed N/A days from the date of the Grant of Equipment Authorization and prior to marketing. This is to avoid premature release of sensitive information prior to marketing or release of the product to the public. Applicant is also aware that they are responsible to notify TUV Rheinland in the event information regarding the product or the product is made available to the public. TUV Rheinland will then release the documents listed above for public disclosure pursuant to FCC Public Notice DA 04-1705. Sincerely, By: _______________________________________________ _____ _____________ (Signature/Title) (Print name) Tel: Email:

Model Declaration Letter Model Declaration Declaration of LegioTherm 2T and LegioTherm K Circulation controller (LegioTherm 2T) DN 15 9910.015 All electronic aspects and materials are same for each other, the difference is only the valve structure as below. The valve structure for 2T and K as below. K o Closes completely o 10'000 Cylces Liftime 2T o Does not close completely o 100'000 Cylcles Liftime Circulation controller (LegioTherm 2T) DN 20 9910.020 Circulation controller (LegioTherm 2T) DN 25 9910.025 Flushing valve (LegioTherm K) DN 15 9920.015 Flushing valve (LegioTherm K) DN 20 9920.020 Circulation controller (LegioTherm 2T) Flushing valve (LegioTherm K)

Document No: SHE23090001-02 Page 1 of 3 External photo Front Rear Document No: SHE23090001-02 Page 2 of 3 Left Right Document No: SHE23090001-02 Page 3 of 3 Top Bottom

Label Location inf ormation Label 9910.0015 9910.0020 9910.0025 9920.0015 9920.0020

Document No: SHE23090001-02 Page 1 of 2 Internal photo Internal 1 Internal 2 Document No: SHE23090001-02 Page 2 of 2 Internal 3 Internal 4 Chip Antenna

MPETESTREPORT ReportNo.:SHE23090001-02CEDate:2023-09-22 Page 1 of 11 Applicant:GeorgFischerJRGAG AddressofApplicant:Hauptstrasse130,Sissach,4450,Switzerland ProductName:ElectricallyOperatedWaterValve BrandName:GF ModelName:9910.015,9910.020,9910.025,9920.015,9920.020 SampleAcquisitionMethod:SentbyClient SampleNo.:E23090001-02#02 FCCID:2ASE5-99001 ISEDNumber : 24912-99001 Standards : FCCPart2.1093 RSS-102(Issue5,Amd.1-February2,2021) DateofReceipt:2023-09-04 DateofTest:2023-09-05~2023-09-22 DateofIssue:2023-09-22 Remark: Thisreportdetailstheresultsofthetestingcarriedoutononesample,theresultscontainedinthisreportdonotrelate toothersamplesofthesameproduct.Themanufacturershouldensurethatallproductsinseriesproductionarein conformitywiththeproductsampledetailedinthisreport. Preparedby：Reviewedby：Approvedby： ( ErikYang) ( JenniferZhou )( Authorizedsignatory:EchoMu) MPETESTREPORT ReportNo.:SHE23090001-02CEDate:2023-09-22 Page 2 of 11 Contents 1GENERALINFORMATION.....................................................................................................................................................3 1.1TESTINGLABORATORY................................................................................................................................................................3 1.2DETAILSOFAPPLICATION...........................................................................................................................................................3 1.3DETAILSOFEUT.........................................................................................................................................................................3 2ASSESSMENTMETHODS.....................................................................................................................................................4 3CONCLUSION...........................................................................................................................................................................5 4APPENDIXES............................................................................................................................................................................6 4.1SAMPLEPHOTOGRAPH................................................................................................................................................................6 MPETESTREPORT ReportNo.:SHE23090001-02CEDate:2023-09-22 Page 3 of 11 1GeneralInformation 1.1TestingLaboratory ISEDCABidentifier#CN0081 CompanyNameICASTestingTechnologyServices(Shanghai)Co.,Ltd. AddressNo.1298,PinganRoad,MinhangDistrict,Shanghai,China Telephone008621-51682999 Fax008621-54711112 Homepagewww.icasiso.com 1.2DetailsofApplication ApplicantCompanyNameGeorgFischerJRGAG AddressHauptstrasse130,Sissach,4450,Switzerland ContactPersonPhilippeCachot Telephone+41619752402 [email protected] ManufacturerCompanyNameGeorgFischerJRGAG AddressHauptstrasse130,Sissach,4450,Switzerland 1.3DetailsofEUT ProductNameElectricallyOperatedWaterValve BrandNameGF TestModelName9910.015 SeriesModelName9910.020,9910.025,9920.015,9920.020 DifferenceDescription Allmodelsaresameinelectricalcharacteristics. Thedifferencesbetweenthemaretypedesignationandtheappearance. So,alltheRFtestswereperformedonmodel9910.015. FCCID2ASE5-99001 ISEDNumber24912-99001 HVIN99001 ModeofOperationBluetoothBLE FrequencyRange2402MHz~2480MHz ModulationTypeBLEGFSK1MbpsGFSK2Mbps Maximumconductedoutputpower-0.45dBm E.I.R.P1.37dBm AntennaTypePCBAntenna AntennaGain1.82dBi HardwareVersionIndexD MPETESTREPORT ReportNo.:SHE23090001-02CEDate:2023-09-22 Page 4 of 11 SoftwareVersionV576 2Assessmentmethods ForFCC Accordingto447498D01GeneralRFExposureGuidancev06 The1-gand10-gSARtestexclusionthresholdsfor100MHzto6GHzattestseparationdistances≤50mmare determinedby: [(max.powerofchannel,includingtune-uptolerance,mW)/(min.testseparationdistance,mm)]·[√f(GHz)]≤3.0for1-g SARand≤7.5for10-gextremitySAR. Wheref(GHz)istheRFchanneltransmitfrequencyinGHz PoweranddistanceareroundedtothenearestmWandmmbeforecalculation ForIC Accordingwithsection2.5.1ofRSS-102Issue5,SARevaluationisrequirediftheseparationdistancebetweenthe userand/orbystanderandtheantennaand/orradiatingelementofthedeviceislessthanorequalto20cm,except whenthedeviceoperatesatorbelowtheapplicableoutputpowerlevel(adjustedfortune-uptolerance)forthe specifiedseparationdistancedefinedinTable. ExemptionLimits(mW) Frequency (MHz) Atseparation distanceof ≤5mm Atseparation distanceof 10mm Atseparation distanceof 15mm Atseparation distanceof 20mm Atseparation distanceof 25mm ≤30071mW101mW132mW162mW193mW 4505mW70mW88mW106mW123mW 83517mW30mW42mW55mW67mW 19007mW10mW18mW34mW60mW 24504mW7mW15mW30mW52mW 35002mW6mW16mW32mW55mW 58001mW6mW15mW27mW41mW Frequency (MHz) Atseparation distanceof 30mm Atseparation distanceof 35mm Atseparation distanceof 40mm Atseparation distanceof 45mm Atseparation distanceof ≥50mm ≤300223mW254mW284mW315mW345mW 450141mW159mW177mW195mW213mW 83580mW92mW105mW117mW130mW 190099mW153mW225mW315mW431mW 245083mW123mW173mW235mW309mW 350086mW124mW170mW225mW290mW 580056mW71mW85mW97mW106mW MPETESTREPORT ReportNo.:SHE23090001-02CEDate:2023-09-22 Page 5 of 11 Tune-uppower OperationModeOperationFrequencyPowerRange(dBm) BLE-1Mbps2402-2480(-0.50)–(-2.00) BLE-2Mbps2402-2480(-0.40)–(-2.00) FCC Operation Mode Operation Frequency (MHz) Tune-up Power (dBm) Tune-up Power (mW) Separation Distance (mm) RF exposure evaluation SAR Exclusion Thresholds BLE-1Mbps2402-2480-0.500.8912550.276263.0 BLE-2Mbps2402-2480-0.400.9120150.282693.0 3Conclusion ForFCC:PerKDB447498D01v06,whentheminimumtestseparationdistanceis<5mm,adistanceof5mmis appliedtodetermineSARtestexclusion.Thetestexclusionthresholdis<3.0,SARtestingisnotrequired.RFexposure EvaluationResults:Compliance ForIC:RSS-102section2.5.1ExemptionLimitsforRoutineEvaluation,Table1showstheSARevaluationforadevice withaseparationdistanceof5mmat2450MHzis4mW,whichis6.02dBm>1.37dBm,soSARtestingisnotrequired. MPETESTREPOR…

Text truncated - open the document above for the full version.

Antenna test report Antenna Manufacturer Information Company name: If test AG Company address: Schwimmbadstrasse 43 CH-5430 Wettingen Antenna Spec 1.Test Setup 2.Antenna gain,Energy Effucuency 3. 2D 4.Antenna location and size

TESTREPORT ReportNo.:SHE23090001-02AEDate:2023-09-22 Page 1 of 49 Applicant:GeorgFischerJRGAG AddressofApplicant:Hauptstrasse130,Sissach,4450,Switzerland ProductName:ElectricallyOperatedWaterValve BrandName:GF ModelName:9910.015,9910.020,9910.025,9920.015,9920.020 SampleAcquisitionMethod:Sentbyclient SampleNo.:E23090001-02#01(RadiationPrototype) E23090001-02#02(ConductionPrototype) FCCID:2ASE5-99001 ISEDNumber:24912-99001 Standards:FCCCFR47Part15,SubpartC RSS-Gen(Issue5,Amd.2-Feb2021) RSS-247(Issue3,August2023) DateofReceipt:2023-09-04 DateofTest:2023-09-04~2023-09-22 DateofIssue:2023-09-22 Remark: Thisreportdetailstheresultsofthetestingcarriedoutononesample,theresultscontainedinthisreportdonotrelate toothersamplesofthesameproduct.Themanufacturershouldensurethatallproductsinseriesproductionarein conformitywiththeproductsampledetailedinthisreport. Preparedby：Reviewedby：Approvedby： (ErikYang)(JenniferZhou)(Authorizedsignatory:EchoMu) TESTREPORT ReportNo.:SHE23090001-02AEDate:2023-09-22 Page 2 of 49 Contents 1GENERALINFORMATION.....................................................................................................................................................3 1.1TESTINGLABORATORY................................................................................................................................................................3 1.2DETAILSOFAPPLICATION...........................................................................................................................................................3 1.3DETAILSOFEUT.........................................................................................................................................................................3 1.4TESTMETHODOLOGY..................................................................................................................................................................4 1.5TESTSUMMARY...........................................................................................................................................................................5 2TESTCONDITION....................................................................................................................................................................6 2.1ENVIRONMENTALCONDITIONS....................................................................................................................................................6 2.2EQUIPMENTLIST..........................................................................................................................................................................6 2.3MEASUREMENTUNCERTAINTY....................................................................................................................................................6 3TESTSET-UPANDOPERATIONMODES.........................................................................................................................7 3.1DETAILSOFTESTMODE.............................................................................................................................................................7 3.2SPECIALACCESSORIESANDAUXILIARYEQUIPMENT................................................................................................................7 3.3SUPPORTSOFTWARE..................................................................................................................................................................7 3.4TESTSETUPDIAGRAM................................................................................................................................................................8 4TESTRESULTS........................................................................................................................................................................9 4.1TRANSMITTERREQUIREMENT&TESTSUITES..........................................................................................................................9 4.1.1AntennaRequirement.........................................................................................................................................................9 4.1.2MaximumpeakconductedoutputpowerandE.I.R.P.................................................................................................10 4.1.36dBBandwidthand99%Bandwidth..............................................................................................................................14 4.1.4Maximumconductedoutputpowerspectraldensity....................................................................................................21 4.1.5ConductedSpuriousEmission&Authorized-bandband-edge..................................................................................25 4.1.6RadiatedEmission............................................................................................................................................................40 4.1.7BandEdge(Restricted-bandband-edge)......................................................................................................................41 5APPENDIXES..........................................................................................................................................................................42 5.1PHOTOGRAPHSOFTHESAMPLE...............................................................................................................................................42 5.2SET-UPFORCONDUCTEDRFTESTATANTENNAPORT.........................................................................................................47 5.3SET-UPFORSPURIOUSEMISSIONSBELOW1GHZ..................................................................................................................47 5.4SET-UPFORSPURIOUSEMISSIONSABOVE1GHZ..................................................................................................................48 TESTREPORT ReportNo.:SHE23090001-02AEDate:2023-09-22 P…

Text truncated - open the document above for the full version.

Document number: SHE23090001-02AE Page 1 of 36 EXHIBIT A- RADIATED SPURIOUS EMISSION DATA Note : Transmit frequency is ignore ,mark 30M-1G BLE-1M-Horizontal-TX 英格尔 Test result Project Number: Certification Test Time: 2023-09-06_09.41.42 EUT Name: Electrically Operated Water Valve Test Engineer: ZY Manufacturer: Georg Fischer JRG AG Test Standard: FCC Part 15C and RSS-247 Model: 9910.015 Work Addition: TX-BLE-1Mbps Temp.(oC): 25.2 Load: Full load Hum.: 53% Remark: DR-RSE01-E23090001-02#01 No. Frequency (MHz) Results (dBuV/m) Factor (dB) Limit (dBuV/m) Margin (dB) Detector Table (Degree) Height (cm) Antenna Verdict 1* 45.235 34.51 -24.33 40.0 5.49 QP 198.10 115 Horizontal Pass 2 49.880 37.99 -23.98 40.0 2.01 Peak 281.80 100 Horizontal Pass 3 64.184 37.40 -26.58 40.0 2.60 Peak 154.50 100 Horizontal Pass 4 99.580 37.53 -25.71 43.5 5.97 Peak 174.30 100 Horizontal Pass 5 173.524 34.07 -28.09 43.5 9.43 Peak 1.50 100 Horizontal Pass 6 230.497 29.92 -24.32 46.0 16.08 Peak 109.90 100 Horizontal Pass Document number: SHE23090001-02AE Page 2 of 36 BLE-1M-Vertical-TX 英格尔 Test result Project Number: Certification Test Time: 2023-09-06_09.48.32 EUT Name: Electrically Operated Water Valve Test Engineer: ZY Manufacturer: Georg Fischer JRG AG Test Standard: FCC Part 15C and RSS-247 Model: 9910.015 Work Addition: TX-BLE-1Mbps Temp.(oC): 25.2 Load: Full load Hum.: 53% Remark: DR-RSE01-E23090001-02#01 No. Frequency (MHz) Results (dBuV/m) Factor (dB) Limit (dBuV/m) Margin (dB) Detector Table (Degree) Height (cm) Antenna Verdict 1* 45.052 36.13 -24.33 40.0 3.87 QP 234.70 109 Vertical Pass 2 54.002 35.24 -24.29 40.0 4.76 Peak 24.60 100 Vertical Pass 3 64.426 37.11 -26.66 40.0 2.89 Peak 239.90 100 Vertical Pass 4 74.124 39.07 -30.14 40.0 0.93 Peak 10.50 100 Vertical Pass 5 99.580 38.39 -25.71 43.5 5.11 Peak 137.30 100 Vertical Pass 6 173.524 34.15 -28.09 43.5 9.35 Peak 0.00 100 Vertical Pass Document number: SHE23090001-02AE Page 3 of 36 1-18G BLE-1M-Low channel-Horizontal-TX 英格尔 Test result Project Number: Certification Test Time: 2023 - 09 - 05_17.34.36 EUT Name: Electrically Operated Water Valve Test Engineer: ZY Manufacturer: Georg Fischer JRG AG Test Standard: FCC Part 15C and RSS - 247 Model: 9910.015 Work Addition: TX - BLE - 1Mbps Temp.(oC): 25.2 Load: Full load Hum.: 53% Remark: DR - RSE01 - E23090001 - 02#01 No. Frequency (MHz) Results (dBuV/m) Factor (dB) Limit (dBuV/m) Margin (dB) Detector Table (Degree) Height (cm) Antenna Verdict 1 1079.250 42.26 - 14.29 74.0 31.74 Peak 135.00 100 Horizontal Pass 1** 1079.250 34.88 - 14.29 54.0 19.12 AV 135.00 100 Horizontal Pass 2 1332.250 47.61 - 12.93 74.0 26.39 Peak 9.90 100 Horizontal Pass 2** 1332.250 32.09 - 12.93 54.0 21.91 AV 9.90 100 Horizontal Pass 3 1746.000 53.68 - 12.62 74.0 20.32 Peak 9.90 100 Horizontal Pass 3** 1746.000 34.59 - 12.62 54.0 19.41 AV 9.90 100 Horizontal Pass 4 1993.500 48.69 - 11.01 74.0 25.31 Peak 0.00 100 Horizontal Pass 4** 1993.500 35.15 - 11.01 54.0 18.85 AV 0.00 100 Horizontal Pass 5 4804.000 52.18 - 1.39 74.0 21.82 Peak 43.50 100 Horizontal Pass 5** 4804.000 46.66 - 1.39 54.0 7.34 AV 43.50 100 Horizontal Pass 6 6843.500 57.17 4.06 74.0 16.83 Peak 59.50 100 Horizontal Pass 6** 6843.500 45.73 4.06 54.0 8.27 AV 59.50 100 Horizontal Pass Document number: SHE23090001-02AE Page 4 of 36 英格尔 Test result Project Number: Certification Test Time: 2023-09-05_17.37.53 EUT Name: Electrically Operated Water Valve Test Engineer: ZY Manufacturer: Georg Fischer JRG AG Test Standard: FCC Part 15C and RSS-247 Model: 9910.015 Work Addition: TX-BLE-1Mbps Temp.(oC): 25.2 Load: Full load Hum.: 53% Remark: DR-RSE01-E23090001-02#01 No. Frequency (MHz) Results (dBuV/m) Factor (dB) Limit (dBuV/m) Margin (dB) Detector Table (Degree) Height (cm) Antenna Verdict 1 8512.500 34.69 2.92 74.0 39.31 Peak 360.00 100 Horizontal Pass 1** 8512.500 24.45 2.92 54.0 29.55 AV 360.00 100 Horizontal Pass 2 10844.500 42.63 10.18 74.0 31.37 Peak 108.50 100 Horizontal Pass 2** 10844.500 32.66 10.18 5…

Text truncated - open the document above for the full version.