2BAZT100220010-10V Dimmer with WiFi and Bluetooth

Page 1www. hellosavi.com© 2023 SAVI Controls Rev.07/26/23 1. SAFETY INFORMATION INSTALL GUIDE - SMART 0-10V DIMMER WARNING: SHOCK HAZARD Turn OFF the power to the branch circuit for the dimmer and lighting fixture at the service panel. All wiring connections must be made with the POWER OFF to avoid personal injury and/or damage to the dimmer. This device is intended for installation in accordance with the National Electric Code and local regulations in the United States and the Canadian Electrical Code and local regulations in Canada. If you are unsure or uncomfortable about performing the installation, consult a qualified electrician. Multi-switch wiring For 3-way installations, please ref er to the add-on switch manual. Single-switch wiring Before installation, you may wish to change the paddle color to match your wallplate or decor. 1. Shut off power to the circuit at circuit breaker or fuse box IMPORTANT! Verify power is OFF to switch box before continuing. 2. Remove wallplate 3. Remove the switch mounting screws 4. Carefully remove the switch from the switch box. DO NOT disconnect the wires. 5. There are up to six screw terminals on the dimmer, these are marked: a. GROUND b. LINE OR LOAD -- Black (connected to power or lighting) c. LINE OR LOAD -- Black (connected to power or lighting) d. TRAVELER -- Red/Other (only in 3-way installations) e. +/- output terminals f. NEUTRAL -- White Match these screw terminals to the wires connected to the existing switch. 6. Disconnect the wires from the existing switch. Label wires according to the previous terminal connection. Observe important wiring information IMPORTANT! This dimmer is rated for and intended to only be used with copper wire. For indoor use only. Wire gauge requirements Use 14AWG or larger wires suitable for at least 80ºC for supplying line (hot), load, neutral, ground, and tr aveler connections. The +/- output terminals require 16-26AWG. Wire strip length For attachment using the enclosure' s holes, strip insulation 5/8in (16mm). 1. Connect the green or bare copper ground wire to the GROUND terminal 2. Connect the black wire from the light to either LINE/LOAD terminal 3. Connect the black wire from the electrical service panel (hot) to the other LINE/LOAD terminal 4. Connect the white wire to the NEUTRAL terminal (use a jumper wire if needed) Note: The traveler terminal is only used for 3-way or 4-way wiring and should not be connected if the dimmer is being installed in a 2-way system (one switch & one load) 5. 6. Insert dimmer into the switch box being careful not to pinch or crush wires 8. Dimmer must be independently mounted (ver tical position only) 9. Secure the dimmer to the box using the supplied screws 10.Mount the wallplate and reapply power to the circuit at fuse box or circuit breaker and test the system 7. Page 2www. hellosavi.com© 2023 SAVI Controls Rev.07/26/23 INSTALL GUIDE - SMART 0-10V DIMMER Basic operation The connected light can be turned ON/OFF and adjusted dim levels in two ways: 1. Manually from the front panel of the dimmer 2. Remote on/off/dim control Manual control The front panel rocker dimmer allows the user to: 1. 2. Adjust dim levels Specifications 1. To increase brightness, press and hold the top of the rocker Add reworked illustrations 2. To decress brightness, press and hold the bottom of the rocker 3. LEGAL Supplier’s Declaration of Conformity 47 CFR 2.1077 Compliance Information Model: QZ10D-01 Responsible Par ty – US Contact Information 2520 Marsh Lane, Carrollton, TX 75006-2401 (214) 785-6510 3.1. FCC 3.2.IC 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, and (2) this device must accept any interference received, including interference that may cause undesired operation. NOTE: The manufacturer is not responsible for any radio or TV interference caused by unauthorized modifications or changes to this equipment. Such modifications or changes could void the user’s authority to operate the equipment. Model: QZ10D-01 Max Load: Resistive: 8A@120V/ 5A@277V Electronic Ballast: 960VA@120V/ 1385VA@277V General Use (Inductive): 960VA@120V/ 1385VA@277V Power requirement: 120VAC / 60Hz, 277VAC / 60Hz Operating ambient temperature: 0-40°C This device complies with Part 15 of the FCC Rules and with RSS of Industry Canada. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence. L'exploitation est autorisée aux deux conditions suivantes : (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnement. This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada. Please visit savicontrols.com to find the full FCC/IC statements. FCC This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance of 20cm between the radiator and any part of your body. IC This equipment complies with ISED RSS-102 radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance of 20cm between the radiator and any part of your body. Pour se conformer aux exigences de conformité CNR 102 RF exposition, une distance de séparation d'au moins 20 cm doit être maintenue entre l'antenne de cet appareil ettoutes les personnes. FCC ID:2BAZT10022001 IC:30526-10022001

FCC ID: 2BAZT10022001 IC: 30526-10022001 External Photos 1.EUT front view 2.EUT rear view 3.EUT left side view 4.EUT right side view 5.EUT top view 6.EUT bottom view

1 .Label 2 .Label location FCC ID: 2BAZT10022001 IC ID: 30526-10022001 HVIN: QZ10D-01 Paste on the side of the device Label Size: 15*6mm

FCC ID: 2BAZT10022001 IC: 30526-10022001 Internal Photos 1.EUT uncover view 2.Antenna view Bluetooth/2.4G WIFI Antenna

ReportNo.:18220WC302307FCCID:2BAZT10022001Page1of7 RFEXPOSURE EVALUATIONREPORT APPLICANT: SaviControls,LLC PRODUCTNAME: 0-10VDimmer MODELNAME: QZ10D-01 BRANDNAME:N/A FCCID:2BAZT10022001 STANDARD(S): 47CFRPart2(2.1091) RECEIPTDATE: 2023-06-21 TESTDATE:2023-06-27to2023-07-13 ISSUEDATE:2023-11-03 ReportNo.:18220WC302307FCCID:2BAZT10022001Page2of7 Page2of7 DIRECTORY 1.TechnicalInformation·········································································································3 1.1ApplicantandManufacturerInformation······································································3 1.2EquipmentunderTest(EUT)Description·····································································3 1.3AppliedReferenceDocuments·······················································································4 2.DeviceCategoryandRFExposureLimit·········································································5 3.RFOutputPower·················································································································6 4.RFExposureAssessment ··································································································7 AnnexATestingLaboratoryInformation ···············································错误！未定义书签。 ChangeHistory VersionDateReasonforchange 1.02023-10-27Firstedition ReportNo.:18220WC302307FCCID:2BAZT10022001Page3of7 Page3of7 1.TechnicalInformation Note:Providebyapplicant. 1.1ApplicantandManufacturerInformation Applicant:SaviControls,LLC ApplicantAddress:2520MarshLane,Carrollton,TX75006,UnitedStates Manufacturer:SaviControls,LLC ManufacturerAddress:2520MarshLane,Carrollton,TX75006,UnitedStates 1.2EquipmentunderTest(EUT)Description ProductName:0-10VDimmer SampleNo.:3# HardwareVersion: N/A SoftwareVersion: N/A ModulationTechnology: BluetoothGFSK WLAN2.4GHz DSSS,OFDM OperatingFrequency Range: Bluetooth2402MHz-2480MHz WLAN2.4GHz2412MHz-2472MHz AntennaType:PCBAntenna AntennaGain:0.91dBi ReportNo.:18220WC302307FCCID:2BAZT10022001Page4of7 Page4of7 1.3AppliedReferenceDocuments Leadingreferencedocumentsfortesting: IdentityDocumentTitle Method determination /Remark 47CFRPart2(2.1091) RadioFrequencyRadiationExposure Assessment:mobiledevices Nodeviation KDB447498D01v06GeneralRFExposureGuidanceNodeviation Note1:Additionsto,deviation,orexclusionsfromthemethodshallbejudgedinthe"method determination"columnofadd,deviateorexcludefromthespecificmethodshallbeexplainedin the"Remark"oftheabovetable. Note2:Whenthetestresultisacriticalvalue,wewillusethemeasurementuncertaintygive thejudgmentresultbasedonthe95%confidenceintervals. ReportNo.:18220WC302307FCCID:2BAZT10022001Page5of7 Page5of7 2.DeviceCategoryandRFExposureLimit Perusermanual,basedon47CFR2.1091,thisdevicebelongstomobiledevicecategorywith GeneralPopulation/Uncontrolledexposure. MobileDevices: 47CFR2.1091(b) Forpurposesofthissection,amobiledeviceisdefinedasatransmittingdevicedesignedtobe usedinotherthanfixedlocationsandtogenerallybeusedinsuchawaythataseparationdistance ofatleast20centimetersisnormallymaintainedbetweenthetransmitter'sradiatingstructure(s) andthebodyoftheuserornearbypersons.Inthiscontext,theterm“fixedlocation”meansthatthe deviceisphysicallysecuredatonelocationandisnotabletobeeasilymovedtoanotherlocation. Transmittingdevicesdesignedtobeusedbyconsumersorworkersthatcanbeeasilyre-located, suchaswirelessdevicesassociatedwithapersonalcomputer,areconsideredtobemobile devicesiftheymeetthe20centimeterseparationrequirement. GeneralPopulation/UncontrolledExposure: Thegeneralpopulation/uncontrolledexposurelimitsareapplicabletosituationsinwhichthe generalpublicmaybeexposedorinwhichpersonswhoareexposedasaconsequenceoftheir employmentmaynotbemadefullyawareofthepotentialforexposureorcannotexercisecontrol overtheirexposure.Membersofthegeneralpublicwouldcomeunderthiscategorywhen exposureisnotemployment-related;forexample,inthecaseofawirelesstransmitterthat exposespersonsinitsvicinity.Warninglabelsplacedonlow-powerconsumerdevicessuchas cellulartelephonesarenotconsideredsufficienttoallowthedevicetobeconsideredunderthe occupational/controlledcategory,andthegeneralpopulation/uncontrolledexposurelimitsapplyto thesedevices. Table1—LimitsforMaximumPermissibleExposure(MPE) Frequencyrange (MHz) Electricfield strength (V/m) Magneticfield strength (A/m) Powerdensity (mW/cm 2 ) Averagingtime (minutes) (B)LimitsforGeneralPopulation/UncontrolledExposure 0.3-1.346141.63*(100)30 1.34-30824/f2.19/f*(180/f 2 )30 30-30027.50.0730.230 300-1500--f/150030 1500-100,000--1.030 f=frequencyinMHz*=Plane-waveequivalentpowerdensity ReportNo.:18220WC302307FCCID:2BAZT10022001Page6of7 Page6of7 3.RFOutputPower ModeChannel Frequency (MHz) AveragePower(dBm) GFSK BLE1M CH0024021.63 CH1924402.32 CH3924802.82 Tune-upLimit3.00 2.4GHzWLAN ModeChannel Frequency (MHz) Averagepower(dBm) Tune-up Power Duty Cycle% 802.11b CH12412 18.82 19.00 100 CH72442 19.21 20.00 100 CH132472 19.71 20.00 100 802.11g CH12412 18.19 19.00 99.53 CH72442 18.77 19.00 99.53 CH132472 19.29 19.50 99.56 802.11n (HT20) CH12412 17.3 17.50 99.49 CH72442 17.98 18.00 99.53 CH132472 18.62 19.00 99.49 Note1:AccordingtoKDB447498,MPEassessmentisbasedonsource-basedtime-averaged maximumconductedoutputpoweroftheRFchannelrequiringassessment,adjustedfortune-up tolerance,andtheminimumtestseparationdistancerequiredfortheexposureconditions. Note2:Theoutputpowerreferstoreport(ReportNo.:SZ23060138W01/W02). ReportNo.:18220WC302307FCCID:2BAZT10022001Page7of7 Page7of7 4.RFExposureAssessment  StandaloneTransmissionAssessment: Bands Frequency (MHz) Tune-up Power(dBm) Antenna Gain(dBi) E.I.R.P. (mW) Power Density (mW/cm²) Limitfor MPE (mW/cm²) Bluetooth24803.000.912.460.00051.0 WLAN2.4GHz247220.000.91123.310.02451.0 Note: 1.AccordingtoKDB447498,MPEassessmentisbasedonsource-basedtime-averaged maximumconductedoutputpoweroftheRFchannelrequiringassessment,adjustedfor tune-uptolerance,andtheminimumtestseparationdistancerequiredfortheexposure conditions. 2.MPEcalculatemethod S=PG/4πR² Where:S=…

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深圳市飞宇信电子有限公司 1 henzhenFeiyuxinElectroniceCo.,Ltd 规格承认书 SpecificationFor Approval 客户名称：升威 Customer 规格描述：IPEX(Second)-2.4GPCB-0.81black-L80MM Part name 飞宇信料号：3.03.0112003107 Part No 客户料号： 10FFA011001900200001SinglePaddleDimmerSwitch CustomerPart No 客户确认Customerconfirmation 确认 Confirmation核实check批准 Approver 制造厂商承认Manufacturerrecognition 销售代表Sales拟制 Drafters核实check批准 Approver 李莹梁子顺周锡华李贺 感谢给予敝公司送样承认之机会.如惠蒙承认通过,烦请将此表签回敝公司. Thankyou for givingus the chanceto approvesamples.If you agreeto passit, please kindlysendit backto us. 深 圳 市 飞 宇 信 电 子 有 限 公 司 地址：中国深圳市龙岗区横岗镇西坑工业区宝桐南路76号飞宇信工业园 Address: Feiyuxin Industrial Park, No. 76 Baotong South Road, Xikeng Industrial Zone, Henggang Town, Longgang District, Shenzhen, China 电话：0755-89737230 传真：0755-89737181 http://www.fyxdz.com 深圳市飞宇信电子有限公司 2 henzhenFeiyuxinElectroniceCo.,Ltd 目录 Catalog 1.产品尺寸图Productdimensiondrawing .................................................. 3 2.产品外观Productappearance .................................................................... 4 3.天线性能参数Antennaperformanceparameters .................................... 4 4. 环境试验 Environmentalexperiment ...................................................... 5-7 5. 天线性能 Standingwaveratioofantenna ........................................ 8-9 6. 产品图片 Productpictures ...................................................................... 10 修改记录 Modificationrecord A02023-4-20梁子顺新建 修改内容 Modification 工程师 ngineer 日期 date 版本 edition 3henzhenFeiyuxinElectroniceCo.,Ltd 1.产品尺寸图 Productdimensiondrawing 深圳市飞宇信电子有限公司 深圳市飞宇信电子有限公司 henzhenFeiyuxinElectroniceCo.,Ltd 4 2.产品外观 Productappearance 外型尺寸SizeL30*6.0mm固定方式FixedmodePastetype 重量Weight/连接器型号ConnectorIPEX 外壳颜色colourPCBblack电缆Cable0.81 3. 天线性能参数Antennaperformanceparameters 项目Items特性Specifications单位unit 频率范围 CenterFrequency 2400～2500MHz 输出阻抗 Outputimpedance 50Ω 驻波比V.S.W.R 对比波形 Sametestwithprototype 平均增益Gain≥0dBi 极化方式 Polarizationmode 线性极化 Linearpolarization 辐射方向 Radiationdirection 全向 omnidirectional 最大输入功率 Maximuminputpower 5W 工作温度 workingtemperature -40～+70 °C 储存温度 Storagetemperature -45～+75 °C 深圳市飞宇信电子有限公司 henzhenFeiyuxinElectroniceCo.,Ltd 5 4. 环境实验Environmentalexperiment 环境试验报告 Environmentaltestreport 4.1高低温恒湿试验Highlowtemperatureandconstanthumiditytest 试验项目 Items 高温、低温、恒湿试验 Hightemperature,lowtemperatureandconstanthumiditytest 检测设备 Testing equipment 恒温恒湿试验箱 Alternatingconstanttemperatureandhumiditytestchamber 检验标准 Inspectio nstandard 1.金属表面镀层无脱落、裂痕、起皱等不良；非金属部分不能有变色、裂痕、变 形、脱胶等现象。 1.Thecoatingonthemetalsurfaceshallbefreeofpeeling,cracking, wrinklingandotherdefects;thenon-metalpartshallnothave discoloration,cracking,deformation,degummingandotherphenomena. 试验名称 Testname 试验项目Testitems要求 requirem ent 试验方法 testmethod 结果判定 Result judgment 高温试验温度（°C）75±3试验步骤： High试验样品温度时间（h）1a)将被测件放入试验箱，再将 temperatu试验持续时间（h）2高温箱温度调到75°C±3°C，， retest恢复时间（h）1监控时间。 Temperature(°C)b)试验后放置常温1小时，进 Testsample行常规检验。 temperaturetime(H)Testprocedure: Testduration(H) Recoverytime(H) a)Putthetestpieceintothe testchamber,andthenadjust thetemperatureofthehigh 合格 OK temperaturechamberto75°C ±3°C,andmonitorthe time. b)Afterthetest,itwas placedatroomtemperature for1hourforroutine inspection. 低温试验温度（°C）-40±3试验步骤： Low试验样品温度时间（h）1a)将被测件放入试验箱，再将 temperatu试验持续时间（h）2低温箱温度调到-40°C±3°C，监合格 retest恢复时间（h）1控时间。OK b)试验后放置常温1小时，进 行常规检验。 恒定湿热温度（°C）+40±3a)将被测件放入试验箱，再将 试验 Constant dampheat 相对湿度（%） 试验持续时间（h） 恢复时间（h） 90-95 21 1 试验箱温度调到+40°C±3°C，湿 度为90-95%，监控时间。 b)试验后放置常温1小时，进 合格 OK testTemperature(°C)行常规检验。 深圳市飞宇信电子有限公司 henzhenFeiyuxinElectroniceCo.,Ltd 6 Testsample temperaturetime(H) Testduration(H) Recoverytime(H) a)Putthetestedobjectinto thetestchamber,thenadjust thetemperatureofthetest chamberto+40°C±3°C, thehumidityto90-95%,and monitorthetime. b)Afterthetest,itwas placedatroomtemperature for1hourforroutine inspection. 检验员：陆晓君审核：李晓屏批准：刘纯 4.2自由跌落测试Freefalltest 试验项目 Items 自由跌落测试Freefalltest 检测设备 Testing equipment 1米高桌面1mhighdesktop 检验标准 Inspection standard 1.在1米高跌落，产品无脱落、裂痕、等不良，外观无变形等现象。 1.Theproducthasnodefectssuchasfallingoff,cracking,etc.and nodeformationinappearancewhenitfalls1meterhigh. 试验名称 Testname 试验项目Items要求 requirement 试验方法testmethod结果判定 Result judgment 自由跌落测试 Freefall test 跌落高度1000mm Dropheight 1000mm 正反面跌落 2次 Dropboth sidestwice 试验步骤： a)将被测件在1000mm高度跌 落，试验后进行常规检验。 Testprocedure: a)Dropthetestpieceata heightof1000mm,andcarry outroutineinspectionafter thetest. 合格 OK 检验员：陆晓君审核：李晓屏批准：刘纯 4.3盐雾试验Saltspraytest 试验项目 Items 盐雾试验Saltspraytest 检测设备 Testing equipmen t 盐雾测试机Saltspraytester 检验标准 Inspecti on 1.金属表面镀层无脱落；外观无生锈、腐蚀、氧化等不良现象。 1.Thecoatingonthemetalsurfaceshallnotfalloff;theappearanceshall befreeofrust,corrosion,oxidationandotheradversephenomena. 深圳市飞宇信电子有限公司 henzhenFeiyuxinElectroniceCo.,Ltd 7 standard 试验名称 Testname 试验项目Items要求requirement试验方法testmethod结果判定 Result judgment 盐雾试验 1.NaCl浓度： 2.空气压力： 3.PH值： 4.喷雾量： 5.盐水测试温度设定 a.试验室温度： b.压力桶温度： 6.测试时间： 1.NaCl concentration: 2.Airpressure: 3.PHvalue: 4.sprayvolume: 5.Saltwatertest temperaturesetting a.Laboratory temperature: b.Pressuretank temperature: 6.Testtime: 40-60g/1kg试验步骤： Salt1.0±0.01kgf㎡a)将盐雾试验机，调制 spray6.5-7.2到相关测试条件。 test1.0-2.0ml/80c/h。b)将被测件放入盐雾 试验机，放置24小时。 35±1°C试验后用清水冲洗，目 47±1°C测被测件外观，进行常 24H规检验。 Testprocedure: a)Adjustthesalt spraytesterto relevanttest合格 conditions.OK b)Putthetestpiece intothesaltspray testingmachinefor 24hours.Afterthe test,rinsewith cleanwater,visually inspectthe appearanceofthe testedparts,and carryoutroutine inspection. 检验员：陆晓君审核：李晓屏批准：刘纯 深圳市飞宇信电子有限公司 henzhenFeiyuxinElectroniceCo.,Ltd 8 5. 天线性能测试Standingwaveratioofantenna 深圳市飞宇信电子有限公司 henzhenFeiyuxinElectroniceCo.,Ltd 9 深圳市飞宇信电子有限公司 henzhenFeiyuxinElectroniceCo.,Ltd 10 6. 产品实拍图Productpictures

ReportNo.:18220WC30230701Page 1 of 22 AnnexATestDataandResult A.1.DutyCycleofTestSignal ConditionModeFrequency (MHz) AntennaDutyCycle (%) CorrectionFactor (dB) 1/T (kHz) NVNTBLE1M2402Ant1840.760.48 NVNTBLE1M2440Ant1840.760.48 NVNTBLE1M2480Ant1840.760.48 ReportNo.:18220WC30230701Page 2 of 22 TestGraphs DutyCycleNVNTBLE1M2402MHzAnt1 DutyCycleNVNTBLE1M2440MHzAnt1 ReportNo.:18220WC30230701Page 3 of 22 DutyCycleNVNTBLE1M2480MHzAnt1 ReportNo.:18220WC30230701Page 4 of 22 A.2.MaximumPeakConductedOutputPower ConditionMode Frequency (MHz) Antenna Conducted Power (dBm) Duty Factor (dB) Total Conducted Power (dBm) Total Conducted Power (mW) Limit Conducted (dBm) Verdict NVNT BLE 1M 2402Ant12.9902.991.9930Pass NVNT BLE 1M 2440Ant13.7703.772.3830Pass NVNT BLE 1M 2480Ant14.304.32.6930Pass ReportNo.:18220WC30230701Page 5 of 22 TestGraphs PeakPowerNVNTBLE1M2402MHzAnt1 PeakPowerNVNTBLE1M2440MHzAnt1 ReportNo.:18220WC30230701Page 6 of 22 PeakPowerNVNTBLE1M2480MHzAnt1 ReportNo.:18220WC30230701Page 7 of 22 A.3.MaximumAverageConductedOutputPower ConditionMode Frequency (MHz) Antenna Conducted Power (dBm) Duty Factor (dB) Total Conducted Power (dBm) Total Conducted Power (mW) Limit Conducted (dBm) Verdict NVNT BLE 1M 2402Ant10.870.761.631.4630Pass NVNT BLE 1M 2440Ant11.560.762.321.7130Pass NVNT BLE 1M 2480Ant12.060.762.821.9130Pass ReportNo.:18220WC30230701Page 8 of 22 TestGraphs AveragePowerNVNTBLE1M2402MHzAnt1 AveragePowerNVNTBLE1M2440MHzAnt1 ReportNo.:18220WC30230701Page 9 of 22 AveragePowerNVNTBLE1M2480MHzAnt1 ReportNo.:18220WC30230701Page 10 of 22 A.4.6dBBandwidth ConditionMode Frequency (MHz) Antenna -6dB Bandwidth (MHz) Limit-6dB Bandwidth (MHz) Verdict NVNT BLE 1M 2402Ant1 0.6430.5 Pass NVNT BLE 1M 2440Ant1 0.6350.5 Pass NVNT BLE 1M 2480Ant1 0.6330.5 Pass ReportNo.:18220WC30230701Page 11 of 22 TestGraphs -6dBBandwidthNVNTBLE1M2402MHzAnt1 -6dBBandwidthNVNTBLE1M2440MHzAnt1 ReportNo.:18220WC30230701Page 12 of 22 -6dBBandwidthNVNTBLE1M2480MHzAnt1 ReportNo.:18220WC30230701Page 13 of 22 A.5.ConductedSpuriousEmissions ConditionModeFrequency (MHz) AntennaMaxValue (dBc) Limit (dBc) Verdict NVNTBLE 1M 2402Ant1-39.8-20Pass NVNTBLE 1M 2440Ant1-39.97-20Pass NVNTBLE 1M 2480Ant1-42.46-20Pass ReportNo.:18220WC30230701Page 14 of 22 TestGraphs Tx.SpuriousNVNTBLE1M2402MHzAnt1Ref Tx.SpuriousNVNTBLE1M2402MHzAnt1Emission ReportNo.:18220WC30230701Page 15 of 22 Tx.SpuriousNVNTBLE1M2440MHzAnt1Ref Tx.SpuriousNVNTBLE1M2440MHzAnt1Emission ReportNo.:18220WC30230701Page 16 of 22 Tx.SpuriousNVNTBLE1M2480MHzAnt1Ref Tx.SpuriousNVNTBLE1M2480MHzAnt1Emission ReportNo.:18220WC30230701Page 17 of 22 A.6.BandEdge ConditionModeFrequency (MHz) AntennaMaxValue (dBc) Limit (dBc) Verdict NVNTBLE 1M 2402Ant1-54.12-20Pass NVNTBLE 1M 2480Ant1-57.06-20Pass ReportNo.:18220WC30230701Page 18 of 22 TestGraphs BandEdgeNVNTBLE1M2402MHzAnt1Ref BandEdgeNVNTBLE1M2402MHzAnt1Emission ReportNo.:18220WC30230701Page 19 of 22 BandEdgeNVNTBLE1M2480MHzAnt1Ref BandEdgeNVNTBLE1M2480MHzAnt1Emission ReportNo.:18220WC30230701Page 20 of 22 A.7.PowerSpectralDensity ConditionMode Frequency (MHz) Antenna Conducted PSD (dBm/3kHz) Duty Factor (dB) TotalPSD (dBm/3kHz) Limit (dBm/3kHz) Verdict NVNT BLE 1M 2402Ant1 -12.180-12.18 8Pass NVNT BLE 1M 2440Ant1 -11.430-11.43 8Pass NVNT BLE 1M 2480Ant1 -10.650-10.65 8Pass ReportNo.:18220WC30230701Page 21 of 22 TestGraphs PSDNVNTBLE1M2402MHzAnt1 PSDNVNTBLE1M2440MHzAnt1 ReportNo.:18220WC30230701Page 22 of 22 PSDNVNTBLE1M2480MHzAnt1 --END--

ReportNo.:18220WC30230701FCCID:2BAZT10022001Page1of31 Code:AB-RF-05-b FCCTestReport Applicant:SaviControls,LLC Address: 2520MarshLane,Carrollton,TX75006, UnitedStates ProductName:0-10VDimmer ReportDate:Nov.03,2023 ShenzhenAnbotekComplianceLaboratoryLimited ReportNo.:18220WC30230701FCCID:2BAZT10022001Page2of31 Code:AB-RF-05-b Contents 1.GeneralInformation ............................................................................................................................................6 1.1.ClientInformation ....................................................................................................................................6 1.2.DescriptionofDevice(EUT) ..................................................................................................................6 1.3.AuxiliaryEquipmentUsedDuringTest .................................................................................................7 1.4.DescriptionofTestConfiguration ..........................................................................................................7 1.5.DescriptionOfTestSetup ......................................................................................................................8 1.6.TestEquipmentList .................................................................................................................................9 1.7.MeasurementUncertainty ....................................................................................................................10 1.8.DescriptionofTestFacility ...................................................................................................................10 1.9.Disclaimer ...............................................................................................................................................11 2.SummaryofTestResults .................................................................................................................................12 3.ConductedEmissionTest ................................................................................................................................13 3.1.TestStandardandLimit ........................................................................................................................13 3.2.TestSetup ...............................................................................................................................................13 3.3.TestProcedure .......................................................................................................................................13 3.4.TestData .................................................................................................................................................13 4.RadiationSpuriousEmissionandBandEdge .............................................................................................16 4.1.TestStandardandLimit ........................................................................................................................16 4.2.TestSetup ...............................................................................................................................................16 4.3.TestProcedure .......................................................................................................................................17 4.4.TestData .................................................................................................................................................18 5.MaximumPeakOutputPowerTest ...............................................................................................................26 5.1.TestStandardandLimit ........................................................................................................................26 5.2.TestSetup ...............................................................................................................................................26 5.3.TestProcedure .......................................................................................................................................26 5.4.TestData .................................................................................................................................................26 6.6dBEmissionBandwidthTest ........................................................................................................................27 6.1.TestStandardandLimit ........................................................................................................................27 6.2.TestSetup ...............................................................................................................................................27 6.3.TestProcedure .......................................................................................................................................27 6.4.TestData .................................................................................................................................................27 7.PowerSpectralDensityTest ...........................................................................................................................28 7.1.TestStandardandLimit ........................................................................................................................28 7.2.TestSetup ...............................................................................................................................................28 7.3.TestProcedure .......................................................................................................................................28 7.4.TestData .................................................................................................................................................28 ReportNo.:18220WC30230701FCCID:2BAZT10022001Page3of31 Code:AB-RF-05-b 8.100kHzBandwidthofFrequencyBandEdgeRequirement ................................…

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ReportNo.:18220WC30229702Page 1 of 52 AnnexATestDataandResult A.1.DutyCycleofTestSignal ConditionModeFrequency (MHz) AntennaDutyCycle (%) Correction Factor(dB) 1/T (kHz) NVNTb2412Ant110000 NVNTb2442Ant110000 NVNTb2472Ant110000 NVNTg2412Ant199.530.020.18 NVNTg2442Ant199.530.020.18 NVNTg2472Ant199.560.020.18 NVNTn202412Ant199.490.020.2 NVNTn202442Ant199.530.020.2 NVNTn202472Ant199.490.020.2 ReportNo.:18220WC30229702Page 2 of 52 TestGraphs DutyCycleNVNTb2412MHzAnt1 DutyCycleNVNTb2442MHzAnt1 ReportNo.:18220WC30229702Page 3 of 52 DutyCycleNVNTb2472MHzAnt1 DutyCycleNVNTg2412MHzAnt1 ReportNo.:18220WC30229702Page 4 of 52 DutyCycleNVNTg2442MHzAnt1 DutyCycleNVNTg2472MHzAnt1 ReportNo.:18220WC30229702Page 5 of 52 DutyCycleNVNTn202412MHzAnt1 DutyCycleNVNTn202442MHzAnt1 ReportNo.:18220WC30229702Page 6 of 52 DutyCycleNVNTn202472MHzAnt1 ReportNo.:18220WC30229702Page 7 of 52 A.2.MaximumPeakConductedOutputPower ConditionMode Frequency (MHz) Antenna Conducted Power (dBm) Duty Factor (dB) Total Conducted Power (dBm) Total Conducted Power (mW) Limit Conducted (dBm) Verdict NVNTb2412Ant124.76024.76299.2330Pass NVNTb2442Ant125.31025.31339.6330Pass NVNTb2472Ant125.86025.86385.4830Pass NVNTg2412Ant125.26025.26335.7430Pass NVNTg2442Ant125.74025.74374.9730Pass NVNTg2472Ant126.24026.24420.7330Pass NVNTn202412Ant124.41024.41276.0630Pass NVNTn202442Ant125.13025.13325.8430Pass NVNTn202472Ant125.69025.69370.6830Pass ReportNo.:18220WC30229702Page 8 of 52 TestGraphs PeakPowerNVNTb2412MHzAnt1 PeakPowerNVNTb2442MHzAnt1 ReportNo.:18220WC30229702Page 9 of 52 PeakPowerNVNTb2472MHzAnt1 PeakPowerNVNTg2412MHzAnt1 ReportNo.:18220WC30229702Page 10 of 52 PeakPowerNVNTg2442MHzAnt1 PeakPowerNVNTg2472MHzAnt1 ReportNo.:18220WC30229702Page 11 of 52 PeakPowerNVNTn202412MHzAnt1 PeakPowerNVNTn202442MHzAnt1 ReportNo.:18220WC30229702Page 12 of 52 PeakPowerNVNTn202472MHzAnt1 ReportNo.:18220WC30229702Page 13 of 52 A.3.MaximumAverageConductedOutputPower ConditionMode Frequency (MHz) Antenna Conducted Power (dBm) Duty Factor (dB) Total Conducted Power (dBm) Total Conducted Power (mW) Limit Conducted (dBm) Verdict NVNTb2412Ant118.82018.8276.2130Pass NVNTb2442Ant119.21019.2183.3730Pass NVNTb2472Ant119.71019.7193.5430Pass NVNTg2412Ant118.170.0218.1965.9230Pass NVNTg2442Ant118.750.0218.7775.3430Pass NVNTg2472Ant119.270.0219.2984.9230Pass NVNTn202412Ant117.280.0217.353.730Pass NVNTn202442Ant117.960.0217.9862.8130Pass NVNTn202472Ant118.60.0218.6272.7830Pass ReportNo.:18220WC30229702Page 14 of 52 TestGraphs AveragePowerNVNTb2412MHzAnt1 AveragePowerNVNTb2442MHzAnt1 ReportNo.:18220WC30229702Page 15 of 52 AveragePo…

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