2AQURZW305Z-Wave In-Wall Switch

Page 1 ZW305 Z-Wave In-Wall Switch OVERVIEW ZW305 is a Z-Wave in-wall light switch that operates as an on/off switch. It must be installed with a neutral wire and it works with conventional 3-way switches in 3-way circuit configurations. CIRCUIT TYPES ZW305 may be used with single pole (1-switch) circuits and multi-switch circuits, like the 3-way circuit shown below. Single Pole Circuit A single-pole circuit is the most basic and common type of light switch setup. It allows you to control a light or electrical device from just one location using one switch. The illustration at left (figure a) shows a ZW305 wired to control an overhead light. Note: If present, the ground wire (not pictured) should be connected to the green terminal on the top of the ZW305. 3-Way Circuit A 3-way circuit is designed to control a light or device from two separate locations. This is useful in areas like staircases, hallways, or large rooms where it’s convenient to operate the light from either end. While there are many ways to wire a 3-way circuit, the illustrations below show two common wiring configura- tions. In figure b, the load wires are present in the same (local) electrical box as the ZW305. In figure c, the load wires are present in the other (remote) electrical box with the standard 3-way switch. Note: If present, the ground wire (not pictured) should be connected to the green terminal on the top of the ZW305. CAUTION: If your wiring differs from these configurations, you may need to use a multi-meter to identify the wires and determine the correct wirin g configuration. Always consult with a licensed electrician if you’re not sure how to proceed! PLEASE READ FIRST! This printed user guide includes only the bare essentials for installing and configuring the ZW305 switch. It does NOT contain information about advanced features, Z-Wave parameters and hub compatibility. WARNING RISK OF FIRE | RISK OF ELECTRICAL SHOCK | RISK OF BURNS DO NOT USE THIS SWITCH TO CONTROL ANYTHING THAT MAY PRESENT A HAZARD WHEN CONTROLLED REMOTELY OR USED IN AN UNATTENDED FASHION. DO NOT USE WITH MEDICAL AND LIFE SUPPORT INSTRUMENTS. CAUTION: TO REDUCE THE RISK OF OVERHEATING AND POSSIBLE DAMAGE TO OTHER EQUIPMENT, DO NOT INSTALL TO CONTROL ANY LOAD THAT EXCEEDS THE MAXIMUM LOAD LISTED IN THE SPECIFICATIONS. (a) Single Pole (1-Switch) Circuit (b) 3-Way Circuit (Local Load) INSTALLATION Tools required: medium standard and Phillips head screwdrivers, wire strippers/cutters 1.Shut off power to the circuit at the circuit breaker or fuse box. VERIFY power is OFF before continuing! 2.Remove existing switch’s wall plate and mounting screws. Carefully remove the existing switch from the electrical box but leave the wires con- nected. 3.There may be up to five wires connected to the existing switch. Make note of these wires and label, if necessary, to ensure correct installation of the ZW305. You will need to match these wires with the corresponding screw terminals on the ZW305. Note: LINE, LOAD and NEUTRAL wires are required for every installation. Wires are usually color-coded fore easy identification. However, colors can deviate from what’s shown in the list below, depending upon the original installer. We recommend using a multi-meter to verify which wire is actually connected to power before wiring. In general, the colors follow the convention below. •LINE (120 VAC) - Black (connected to power) •NEUTRAL - White (this wire is often tied to other neutral wires and may require a jumper to connect with the ZW305) •LOAD - Black (connected to load) •GROUND — Green or Bare •TRAVELER — Red/Other (only used in 3-way circuits) (c) 3-Way Circuit (Remote Load) Page 2 4.Disconnect the wires from the existing switch and attach those wires to the ZW305 using the screw terminal connectors on the back with the following procedure: 1.Strip 16 mm (5/8”) insulation from each wire*. 2.With a screw driver, loosen each screw terminal by rotating the screw counter-clockwise a few turns until resistance is felt. 3.There are two holes on the back of the switch near each screw terminal. Insert the stripped wire into one of these holes and tighten the screw terminal to secure the connection. Connections should be snug. *all wires should be 14 AWG or larger rated at 80°C or higher. Tightening torque should be 12 lbf-in (14kgf-cm). Use copper wire only. 5.Carefully install the wired switch back into the electrical box and reattach the trim plate. Z-WAVE INCLUSION or EXLUSION Follow this 2-step procedure to add (or remove) your new HomeSeer switch to (or from) your Z-Wave network: 1.Put your Z-Wave controller into inclusion (or exclusion) mode. Consult your controller’s manual if you’re unsure how to do this. 2.In rapid succession, tap the bottom paddle 2 times, then press & hold the bottom paddle for 3 seconds (tap-tap-press & hold). This will initiate the inclusion (or exclusion) process. FACTORY RESET - To be used only in the event that the network primary controller is lost or otherwise inoperable. 1.In rapid succession, tap the top paddle 3 times, then tap the bottom paddle 3 times. If all LEDs flash magenta 3 times, factory reset was suc- cessful. If not, repeat this procedure. Note: As this must be done very quickly, we recommend using 2 fingers for this operation; one on each paddle! ASSOCIATION This product supports Group 1 and Group 2 Associations with up to five Z-Wave devices per group. Group 1 supports Lifeline Communication, Group 2 supports Basic Set, refer to your controller manual for instructions on setting up these features. OPERATION Your new HomeSeer switch may be operated locally (by pressing the paddle) or remotely using a Z-Wave compatible hub or system Local Control: •Press (tap) the top of the paddle to power the load. •Press (tap) the bottom of the paddle to cut power to the load. Remote Control - On / Off control is available remotely. Consult your controller manual for details. Z-Wave SmartStart SmartStart enabled products can be …

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NIE-TECHCO.,LTD CoveredEquipmentCertificationAttestationLetter 9/26/2025 NemkoNorthAmerica,Inc. 303RiverRoad Ottawa K1V1H2 Canada ATTN.:ReviewingEngineer FCCID:2AQURZW305 NIE-TECHCO.,LTD(“theapplicant”)certifiesthattheequipmentforwhichauthorization issoughtisnot“covered”equipmentprohibitedfromreceivinganequipment authorizationpursuanttosection2.903oftheFCCrules. Note:Iftheequipmentforwhichtheapplicantseeksauthorizationisproducedby anyoftheentitiesidentifiedonthecurrentCoveredList,theapplicantshould includeanexplanationonwhytheequipmentisnot“covered”equipment. NIE-TECHCO.,LTD(“theapplicant”)certifiesthat,asofthedateofthefilingofthe application,theapplicantisnotidentifiedontheCoveredListasanentityproducing “covered”equipment. NIE-TECHCO.,LTD(“theapplicant”)certifiesthattheequipmentforwhichauthorization issoughtdoesnotincludecybersecurityoranti-virussoftwareproducedorprovidedby KasperskyLab,Inc.oranyofitssuccessorsandassignees,includingequipmentwith integratedKasperskyLab,Inc.(oranyofitssuccessorsandassignees)cybersecurityor anti-virussoftwarepursuanttoDA-24-886andKDB986446D01CoveredEquipment GuidancesectionB(2a). Signed: Printedname:JianghaiNie Title:Manager CompanyName:NIE-TECHCO.,LTD Date:9/26/2025

NIE-TECHCO.,LTD 9/26/2025 NemkoNorthAmerica,Inc. 303RiverRoad Ottawa,Ontario,Canada K1V1H2 REQUESTFORCONFIDENTIALITY-FCC FCCID:2AQURZW305 PursuanttoSections0.457(d)(1)(ii)and0.459oftheCommission’sRulesandFCCGuidance document726920,weherebyrequestconfidentialtreatmentofinformationaccompanyingthis applicationasoutlinedbelow: PERMANENTLONG-TERMCONFIDENTIALITY: Schematics BlockDiagrams TheoryofOperation Theaboveinformationcontainstradesecretsandproprietaryinformationnotcustomarilyreleasedto thepublic.Thepublicdisclosureofthisinformationmightbeharmfultotheapplicantandprovide unjustifiedbenefitstoitscompetitors.TheApplicantunderstandsthatpursuanttoRule 0.457(d)(1)(ii),disclosureofthisApplicationandallaccompanyingmaterialswillnotbemadebefore thedateoftheGrantforthisApplication. Sincerely, Signed: Printedname:JianghaiNie Title:Manager

FCCID:2AQURZW305 FCCID:2AQURZW305 FCCID:2AQURZW305

ZW305 Date Code: 0925 15A RESISTIVE LOAD/ 125VAC/125VCA 60Hz Incandescent load 1250W Motor load 1/2HP Resistive load 1875W Charge 1250W (incandescent) CONFORMS TO UL 60730-1 AND CSA E60730-1 For indoor use only Z-Wave In-Wall Switch

FCCID:2AQURZW305 FCCID:2AQURZW305 FCCID:2AQURZW305 FCCID:2AQURZW305 FCCID:2AQURZW305 FCCID:2AQURZW305 Ant FCCID:2AQURZW305 FCCID:2AQURZW305

FCC TEST REPORT FCC ID: 2AQURZW305 Product : Z-Wave In-Wall Switch Model Name : ZW305 Brand : N/A Report No. : PTC25030401901E-FC03 Prepared for NIE-TECH CO., LTD Jilian commercial center 9001, Jinxiu road No.2, Changan Town, Dongguan City, Guangdong Province, China Prepared by Precise Testing & Certification Co., Ltd. Building 1, No. 6, Tongxin Road, Dongcheng Street, Dongguan, Guangdong, China. Report No.: PTC25030401901E-FC03 Page 2 of 9 TEST RESULT CERTIFICATION Applicant’s name : NIE-TECH CO., LTD Address : Jilian commercial center 9001, Jinxiu road No.2, Changan Town, Dongguan City, Guangdong Province, China Manufacture's name : Ultra tech industries company limited Address : Non Sao Industrial cluster, Tan Dinh commune, BacNinh province, Viet Nam Product name : Z-Wave In-Wall Switch Model name : ZW305 Test procedure : FCC CFR47 Part 1.1307(b)(1) Test Date : Aug. 15, 2025 to Sep. 17, 2025 Date of Issue : Sep. 26, 2025 Test Result : PASS This device described above has been tested by PTC, and the test results show that the equipment under test (EUT) is in compliance with the FCC requirements. And it is applicable only to the tested sample identified in the report. This report shall not be reproduced except in full, without the written approval of PTC, this document may be altered or revised by PTC, personal only, and shall be noted in the revision of the document. Test Engineer: Jack zhou / Engineer Technical Manager: Simon Pu / Manager Report No.: PTC25030401901E-FC03 Page 3 of 9 Contents Page 2 TEST SUMMARY .............................................................................................................................................. 4 3 GENERAL INFORMATION ............................................................................................................................. 5 3.1 GENERAL DESCRIPTION OF E.U.T. ......................................................................................................... 5 4 RF EXPOSURE ................................................................................................................................................. 6 4.1 REQUIREMENTS ....................................................................................................................................... 6 4.2 THE PROCEDURES / LIMIT ........................................................................................................................ 6 4.3 MPE CALCULATION METHOD ................................................................................................................. 7 4.4 RF OUTPUT POWER ................................................................................................................................ 8 4.5 TEST RESULT .......................................................................................................................................... 9 Report No.: PTC25030401901E-FC03 Page 4 of 9 2 Test Summary Test Items Test Requirement Result Maximum Permissible Exposure (Exposure of Humans to RF Fields) 15.247 (i) PASS Remark: N/A: Not Applicable Report No.: PTC25030401901E-FC03 Page 5 of 9 3 General Information 3.1 General Description of E.U.T. Product Name : Z-Wave In-Wall Switch Model Name : ZW305 Specification : 908.40MHz 908.42MHz 916.00MHz 912 MHz 920 MHz Operation Frequency : 2FSK for 908.40MHz 2FSK for 908.42MHz 2GFSK for 916.00MHz DSSS OQPSK LR for 912 MHz and 920 MHz Number of Channel : 5 Type of Modulation : 2FSK for 908.40MHz 2FSK for 908.42MHz 2GFSK for 916.00MHz DSSS OQPSK LR for 912 MHz and 920 MHz Antenna installation : PCB antenna Antenna Gain : -11.59 dBi Power supply : Input: AC 125V/60Hz Output: 125V/60Hz 15A Hardware Version : 8.1 Software Version : V8.1 Report No.: PTC25030401901E-FC03 Page 6 of 9 4 RF Exposure Test Requirement : FCC Part 1.1307(b)(1) Evaluation Method : KDB 447498 D01 General RF Exposure Guidance v06 4.1 Requirements Systems operating under the provisions of this section shall be operated in a manner that ensures that the public is not exposed to radio frequency energy levels in excess limit for maximum permissible exposure. In accordance with 47 CFR FCC Part 2 Subpart J, section 2.1091 this device has been defined as a mobile device whereby a distance of 0.2 m normally can be maintained between the user and the device. 4.2 The procedures / limit (A) Limits for Occupational / Controlled Exposure Frequency Range (MHz) Electric Field Strength (E) (V/m) Magnetic Field Strength (H) (A/m) Power Density (S) (mW/ cm 2 ) Averaging Time |E| 2 ,|H| 2 or S (minutes) 0.3-3.0 614 1.63 (100)* 6 3.0-30 1842 / f 4.89 / f (900 / f)* 6 30-300 61.4 0.163 1.0 6 300-1500 F/300 6 1500-100,000 5 6 (B) Limits for General Population / Uncontrolled Exposure Frequency Range (MHz) Electric Field Strength (E) (V/m) Magnetic Field Strength (H) (A/m) Power Density (S) (mW/ cm2) Averaging Time |E|2,|H|2 or S (minutes) 0.3-1.34 614 1.63 (100)* 30 1.34-30 824/f 2.19/f (180/f)* 30 30-300 27.5 0.073 0.2 30 300-1500 F/1500 30 1500-100,000 1.0 30 Note: f = frequency in MHz ; *Plane-wave equivalent power density Report No.: PTC25030401901E-FC03 Page 7 of 9 4.3 MPE Calculation Method E (V/m) ＝ d G P   30 Power Density: Pd (W/m²) ＝ 377 2 E E ＝ Electric field (V/m) P ＝ Peak RF output power (W) G ＝ EUT Antenna numeric gain (numeric) d ＝ Separation distance between radiator and human body (m) The formula can be changed to Pd ＝ 2 377 30 d G P    θφ From the peak EUT RF output power, the minimum mobile separation distance, d=0.2m, as well as the gain of the used antenna, the RF power density can be obtained E (V/m) ＝ d G P   30 Power Density: Pd (W/m²) ＝ 377 2 E E ＝ Electric field (V/m) P ＝ Peak RF output power (W) G ＝ EUT Antenna numeric gain (numeric) d ＝ Separation distance between radiator and human body (m) The formula can be changed to Pd ＝ 2 377 30 d G P    θφ From the peak EUT RF output power, the minimum mobile separation distance, d=0.2m, as well as the gain of the used antenna, …

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ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page1of9 TestingReport CustomerName:NIE-TECHCo.,Ltd ProductName:ZWN4015ANT SampleModel:ZWN4015ANT ReferenceStandard:GB/T9410-2008;ANSI/IEEEStd149-1979 IssueDate:2023.7.27 Engineer:Date: Auditor:Date: Approver:Date: ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page2of9 Version VersionNo.DateDescriptionFormulateApproval A02023.7.27Forthefirsttime,formulateZkrisEason Contents 1.GeneralInformation.........................................................................................................................3 1.1Generalinformationoftestinginstitutions...........................................................................3 1.2Testingprinciple...................................................................................................................3 1.3Testequipment......................................................................................................................4 1.4Testenvironment...................................................................................................................4 1.5Statement..............................................................................................................................4 2.SampleInformation.........................................................................................................................5 2.1Clientinformation.................................................................................................................5 2.2DescriptionofEUT(S)..........................................................................................................5 2.3EUTappearance....................................................................................................................6 2.4EUTsetupphotooffreespaceOTAtesing..........................................................................6 3.TestResults......................................................................................................................................7 3.1Teststandard.........................................................................................................................7 3.2Testuncertainty.....................................................................................................................7 3.3Testdata................................................................................................................................7 3.3.1Typicalfreespaceefficiencyandgain......................................................................7 3.3.2Typicalfreespaceradiationpattern...........................................................................8 （Thefollowingisblank）................................................................................................................9 ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page3of9 1.GeneralInformation 1.1Generalinformationoftestinginstitutions Name ShenzhenRFI-LABCommunicationTechnologyCo.,Ltd. Address 10/FA,LingyunBld,LiufangRd,BaoanDistrict,SZ Tel 13682621346 E-mail [email protected] Equipment AlltheequipmentusedinthereportisfixedinZoneB,WestSideof1/F,Building1, TingweiIndustrialPark,No.6LiufangRoad,Bao'anDistrict,Shenzhen 1.2Testingprinciple ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page4of9 1.3Testequipment EquipmentModelNo.SerialNo.Manufacturer Calibration date Next calibration date OTATest System RayZone-5000 RFI-LAB-RF -D00 GTS2023.3.142025.3.13 Network Analyzer E5071C RFI-LAB-RF -D01 KEYSIGHT2023.5.112024.5.10 Network Analyzer E5071C RFI-LAB-RF -C02 KEYSIGHT2023.5.112024.5.10 1.4Testenvironment Temperature 23.6°C Humidity 58%RH Pressure 100.14kPa 1.5Statement (1)Thetestresultsinthereportareonlyapplicabletothetestedsamplesandthetestedsamples workundertheenvironmentdescribedinthereport. (2)OnlyShenzhenRFI-LABCommunicationTechnologyCo.,Ltd.havetherighttomodifythe report,andthemodificationinformationshallbeannotatedintherevisionform. (3)Anyobjectiontothisreportshallberaisedwithin30daysafterformalconfirmationofthe report. (4)Thisreportisinvalidifthereisanyevidencethatthesampleinformationprovidedisfalsified. (5)Thereportisinvalidwithoutthesignatureoftheauditorandapprover. ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page5of9 2.SampleInformation 2.1Clientinformation Name NIE-TECHCo.,Ltd Address / Contacts / Tel / E-mail / Manufacturer / 2.2DescriptionofEUT(S) ProductName ZWN4015ANT SampleModel ZWN4015ANT AntennaSize / SerialNo. / AntennaType PCBAntenna TestItem Antennagain;Efficiency;Radiationpattern FrequencyRange 902MHz-928MHz ReceivedDate 2023.7.26 TestDate 2023.7.26 Remark ThelengthoftheRFcableis90mm ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page6of9 2.3EUTappearance 2.4EUTsetupphotooffreespaceOTAtesing Planform Frontview ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page7of9 3.TestResults 3.1Teststandard NameParameterMethodStandardno. Mobile communication antenna Antennagain Genericspecification forantennasusedinthe mobilecommunications GB/T 9410-2008 Radiationpattern Antenna Radiationefficiency IEEEStandardTest ProceduresforAntennas ANSI/IEEEStd 149-1979 Gainanddirectivity 3.2Testuncertainty TheuncertaintywascalculatedonthebasisoftheGUMpublishedbyISO,usingthe inclusionfactorofK=2andthe95%confidenceleveltoexpresstheextended uncertainty. ItemUncertainty Antennagain±0.72dB Radiationefficiency±0.72dB 3.3Testdata 3.3.1Typicalfreespaceefficiencyandgain Frequency/MHz 902904906908910912914916918920922924926928 PeakGain/dBi -12.48-12.33-12.28-12.19-12.10-12.13-12.13-12.08-11.93-11.82-11.66-11.63-11.59-11.63 Efficiency/% 1.911.952.002.062.112.132.152.192.272.362.452.512.572.64 ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page8of9 3.3.2Typicalfreespaceradiationpattern (1)X-ZPlane(unit:dBi): (2)Y-ZPlane(unit:dBi): ReportNo.:RFI-LAB-RF-202307-GG25 QP030-E41 Page9of9 (3)X-YPlane(unit:dBi): (4)TypicalFreeSpace3DRadiationPatternat926MHz(unit:dBi): -------------------------------------------------End------------------------------------------------ （Thefollowingisblank）

Page1of52 FCCTESTREPORT FCCID:2AQURZW305 Product: Z-WaveIn-WallSwitch ModelName: ZW305 Brand: N/A ReportNo.: PTC25030401901E-FC02 Preparedfor NIE-TECHCO.,LTD Jiliancommercialcenter9001,JinxiuroadNo.2,ChanganTown,DongguanCity,Guangdong Province,China Preparedby PreciseTesting&CertificationCo.,Ltd Building1,No.6,TongxinRoad,DongchengStreet,Dongguan,Guangdong,China ReportNo.:PTC25030401901E-FC02 Page2of52 1TESTRESULTCERTIFICATION Applicant’sname: NIE-TECHCO.,LTD Address: Jiliancommercialcenter9001,JinxiuroadNo.2,ChanganTown, DongguanCity,GuangdongProvince,China Manufacture'sname: Ultratechindustriescompanylimited Address: NonSaoIndustrialcluster,TanDinhcommune,BacNinhprovince,Viet Nam Productname: Z-WaveIn-WallSwitch Modelname: ZW305 Standards:FCCCFR47Part15Section15.247 Testprocedure:ANSIC63.10:2013 TestDate: Aug.15,2025toSep.17,2025 DateofIssue: Sep.26,2025 TestResult:Pass ThisdevicedescribedabovehasbeentestedbyPTC,andthetestresultsshowthatthe equipmentundertest(EUT)isincompliancewiththeFCCrequirements.Anditisapplicableonlyto thetestedsampleidentifiedinthereport. Thisreportshallnotbereproducedexceptinfull,withoutthewrittenapprovalofPTC,thisdocument maybealteredorrevisedbyPTC,personalonly,andshallbenotedintherevisionofthedocument. TestEngineer: Jackzhou/Engineer TechnicalManager: SimonPu/Manager ReportNo.:PTC25030401901E-FC02 Page3of52 Contents Page 1TESTRESULTCERTIFICATION...............................................................................................................................2 2TESTSUMMARY..........................................................................................................................................................5 2.1TESTSITE............................................................................................................................................................6 3GENERALINFORMATION.......................................................................................................................................7 3.1GENERALDESCRIPTIONOFE.U.T.....................................................................................................................7 3.2CHANNELLIST.....................................................................................................................................................8 4EQUIPMENTDURINGTEST....................................................................................................................................9 4.1EQUIPMENTSLIST.............................................................................................................................................9 4.2MEASUREMENTUNCERTAINTY.........................................................................................................................11 4.3DESCRIPTIONOFSUPPORTUNITS...................................................................................................................12 5CONDUCTEDEMISSION..........................................................................................................................................13 5.1E.U.T.OPERATION............................................................................................................................................13 5.2EUTSETUP.......................................................................................................................................................13 5.3TESTSET-UP(BLOCKDIAGRAMOFCONFIGURATION).................................................................................14 5.4MEASUREMENTPROCEDURE............................................................................................................................14 5.5CONDUCTEDEMISSIONLIMIT...........................................................................................................................14 5.6MEASUREMENTDESCRIPTION..........................................................................................................................14 5.7CONDUCTEDEMISSIONTESTRESULT.............................................................................................................14 6RADIATEDSPURIOUSEMISSIONS......................................................................................................................17 6.1EUTOPERATION...............................................................................................................................................17 6.2TESTSETUP......................................................................................................................................................18 6.3SPECTRUMANALYZERSETUP..........................................................................................................................19 6.4TESTPROCEDURE.............................................................................................................................................20 6.5SUMMARYOFTESTRESULTS...........................................................................................................................21 7CONDUCTBANDEDGEANDSPURIOUSEMISSIONSMEASUREMENT....................................................27 7.1TESTPROCEDURE.............................................................................................................................................27 7.2TESTSETUP......................................................................................................................................................27 7.3TESTRESULT....................................................................................................................................................28 ReportNo.:PTC25030401901E-FC02 Page4of52 86DBBANDWIDTHMEASUREMENT......................................................................................................................33 TESTPROCEDURE..........................................................................................................................................…

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FCCID:2AQURZW305 ConductedEmissions RadiatedSpuriousEmissions From30MHz-1000MHz FCCID:2AQURZW305 TestfrequencyfromAbove1GHz