PWJW295Remote Control, Door Opener, Access Control, etc.

ERONE295W 1A-Generalinformation TheradiocontrolERONE295WtypeSETW295AM2isanAM/ASK modulationminitransmitter,operatingat295MHz,whichhas beendesignedfortheautomaticclosingsystemscontrol,anti- burglarsystemsandaccesscontrolsystems.Thecodesentbythe transmitterincludesa16bitsecuritycodewhichallowsupto2 securitycodecombinationsand8bitsoffacilitycodewhich allowsupto2differentlocations. 16 8 RADIOCOMANDI SETW295AM2 CONTENTS 1A-Generalinformation 1B-Technicalspecifications 1C-Mainfeatures 1-TRANSMITTERINTRODUCTION 2-CODING 3-MEMORISATION 4-BATTERYACCESS 5-TROUBLESHOOTING 1B-Technicalspecifications Operatingfrequency295MHz Numberofkeys:2 Batterylife:1824months Currentconsumption:10,5mA Codecombinations:2 DifferentFacilitiesnumber2 Modulation:AM/ASK Ratede.r.p.:100150μW Rangeinfreespace:100200m Operatingtemperature:-20÷+55°C Overalldimensions:61x36x16mm Weight:20gr. Automaticdeactivationtime3sec. Powersupply6Vdc Battery:2x3VlithiumbatteriesCR2016 16 8 ÷ ÷ ÷ ThereceiverERONE295WtypeSELWR295whichoperateswith thistransmitterhasaWiegand30formatoutput,suitablewith anytypeofaccesscontrolsystemequippedwiththistypeof protocol.TheCR2016lithiumbatterieshavealifeofabout18 months.TheproductfullycomplieswiththeEuropeanDirectives 99/5/CE,89/336/CEE,73/23/CEEandwiththePart15ofFCC Regulations. 1C-Mainfeatures Push-buttonB Red LED Keyholder ring Battery door Push-buttonA ThankyouforchoosingaproductErone.Youarerecommendedto readcarefullythismanualbeforeinstallingtheproduct. 2-CODING 5-TROUBLESHOOTING FAULTSOLUTION Therangeisreduced Checkthereceiversupply. Replacethetransmitter batteries IS-TMWERUK1Rev.1del13.09.2001 Toaccessthebatteryturnclockwisethe batterydoor. Placethe2lithiumCR2016batteries insertingapartofthemunderthedoor andtakingcaretopushthemjustonthe internalringplane. NOTE:Thedisposaloftheunloadedbatteries musthaveeffectedmakinguseofthespecial containers. 4-BATTERYACCESS 3-MEMORISATION Eachtransmitterismanufacturedandsoldwithadifferent univocalserialnumberset-in-factory. Thetransmittersecuritycodehastobestoredontothereceiveror thereceiversmemoryavailable.Yourowninstallerorresellerwill performthisoperationduringtheinstallationorwillgiveyouthe necessariesinstructionsduringtheselling. Theradioemissionisn’tverifiable ThetransmitterledisOFF. Theradioemissionisn’tverifiable ThetransmitterledisON. Replacethetransmitter batteries ERONEisatrademarkbyELPROINNOTEKS.r.l. ViaPiave,23-I-31020S.PietrodiFeletto(TV)-ITALY Tel.:+39/0438/450879-Fax.:+39/0438/457126 Toll-freenumber:800.53.46.46 E-Mail:[email protected]:www.erone.com TheguaranteeperiodofallEroneproductsis24months,beginningfrom themanufacturerdate.Duringthisperiod,iftheproductdoesnotwork correctly,duetoadefectivecomponent,theproductwillberepairedor substitutedatthediscretionoftheproducer.Theguaranteedoesnot covertheplasticcontainerintegrity.After-saleserviceissuppliedatthe producer'sfactory. GUARANTEE ERONE-Type:SETW295AM2 Distributor FCCID:PWJW295 ThisdevicecomplieswithFCCRules Operationissubjecttothefollowingtwoconditions: (1)Thisdevicemaynotcauseharmfulinterference,and (2)thisdevicemustacceptinterferencereceived,including interferencethatmaycauseundesiredoperation. Part.15ofthe Notice AnychangesormodificationtoELPROINNOTEKequipmentnot expresslyapprovedbyELPROINNOTEKcouldvoidtheuser'sauthority tooperatetheequipment.

ESR-BriefCert-00-06-04 E LECTRO M AGNETIC C OMPATIBILITY C ERTIFICATION EMCCert DR. RAŠEK · Boelwiese 5 · 91320 Ebermannstadt · Germany Zertifizierungsinstitut · Certification Institute Sachverständigenbüro · Technical Experts Von der Industrie- und Handelskammer für Ober- franken Bayreuth 1977 öffentlich bestellter und ver- eidigter Sachverständiger für elektrische Störungen und elektromagnetische Verträglichkeit BENANNTE STELLE / NOTIFIED BODY 89/336, 91/263, 93/97, 98/13, 99/5/EC BRD/RegTP EU # 0678 ZUSTÄNDIGE STELLE / COMPETENT BODY 89/336/EEC BAPT # BPT-ZE-009/94 Telefon:0 91 94 - 93 31 International:+ 49 - 91 94 - 93 31 Telefax:0 91 94 - 79 64 - 84 International:+ 49 - 91 94 - 79 64 - 84 Mail:[email protected] Web:http://www.emcc.de Ihr ZeichenUnser ZeichenDatum Your ReferenceOur ReferenceDate V.A.T. Id. Nr.: DE 1326 389 00 Bank: HypoVereinsbank Forchheim, Germany # 1040293139 (BLZ 760 202 14), S.W.I.F.T.-Code HYVE DE MM 222 Sparkasse Forchheim, Germany # 74468 (BLZ 763 510 40), S.W.I.F.T.-Code BYLA DE MM Citibank New York, USA # 50273189, S.W.I.F.T.-Code 021000089 S INCE 1977 Application for Certification on behalf of ELPRO INNOTEK srl Confidentiality / FCC ID: PWJW295 Dear Sir/Madam Pursuant to Section 0.459 of the Commission's rules (CFR 47), we request confidentiality for portions of the material contained in the application for FCC ID: PWJW295 and that the identified material be withheld from public inspection following the grant of this authorization. This material contains trade secrets and confidential information that ELPRO INNOTEK srl does not customarily release to the public and which is otherwise not generally available to the public. Confidentiality is requested for the following exhibits: 1. Block diagram 2. Schematics 3. Parts list Yours sincerely, EMCCert DR. RAŠEK Klaus Knörig Agent for ELPRO INNOTEK srl EMCC Dr. Rasek Boelwiese 5 Ebermannstadt, Germany 91320 Federal Communications Commission Authorizations and Evaluation Division 7435 Oakland Mills Road Columbia Maryland 21046 USA Kn/-980097QB/nb2001-09-21

ELPRO INNOTEK S:r.l. TCF-051 Annex 1 = Photos Pag 2 of 3 TX SETW295AM2 – Front external view TX SETW295AM2 – Back external view

ELPRO INNOTEK S:r.l. TCF-051 Annex 2 = Photos Pag 1 of 1 ERONE , Series ERONE 295W , Type SETW295AM2 LABELS – Scale 1:1 1 Product label: NOTE : In this case the GRANTEE CODE communicated by FCC is PWJ, so the FCC ID is composed by the string PWJ and by the Model number W295. Moreover the FC and the S/N are concerning the digital information carried by the single transmitter :FC is always fixed, S/N is different for each transmitter. 2 Packaging Label

ELPRO INNOTEK S:r.l. TCF- 051 Annex 1 = Photos Pag 2 of 3 TX SETW295AM2 – Label location TX SETW295AM2 – Packaging external view

ELPRO INNOTEK S:r.l. TCF-051 Annex 1 = Photos Pag 1 of 3 ELECTRONIC CARD TX SETW295AM2 – Front internal view ELECTRONIC CARD TX SETW295AM2 – Back internal view ELPRO INNOTEK S:r.l. TCF-051 Annex 1 = Photos Pag 3 of 3 TX SETW295AM2 – Back internal view

ELPRO INNOTEK S.R.L. VIA PIAVE, 23- 31020 S.PIETRO DI FELETTO (TV) – ITALY Tel. +39.0438.450860 R.A. – Fax. +39.0438.450091 - P.I. 03023780269 internet: www.erone.com - e-mail: [email protected] 1.0 Introduction The system Radiocontrol Erone 295W is composed by one transmitter and by one receiver operating at 295 MHz. The modulation is AM/ASK. The main characteristic is the wiegand protocol used by the transmitter, which can be used into access control systems. Each transmitter is identified by a single code, different for each transmitter, inserted during the in- circuit programming The rated range of the transmitters is about 150 mt in free-space. The transmitters have 2 push-buttons. The channel information is provided inside the transmitted frame. Main characteristics of the system BRAND : ERONE SERIES : ERONE 295W TYPES: TX : SETW295AM2 MANUFACTURER : ELPRO INNOTEK S.r.l. Via Piave, 23 I-31020 S.PIETRO DI FELETTO ( TV) ITALY Tel: +39-0438-450860 Fax: +39-0438-450091 Contact : Ing. G. Massimo Dalle Carbonare ( Product Manager ) ELPRO INNOTEK S.R.L. VIA PIAVE, 23- 31020 S.PIETRO DI FELETTO (TV) – ITALY Tel. +39.0438.450860 R.A. – Fax. +39.0438.450091 - P.I. 03023780269 internet: www.erone.com - e-mail: [email protected] 2.0 Technical characteristics 2.1 Transmitters Operating frequency ..............................................................MHz Carrier frequency:....................................................................295 MHz Rated frequency tolerance:....................................................± 75 KHz Rated E.R.P. .........................................................................100 -150 μW Modulation : ............................................................................AM / ASK Modulating signal frequency:.................................................200 bit/sec Channel width:.........................................................................> 25 KHz Power supply: .........................................................................6 Vdc Battery......................................................................................2 x 3 Vdc CR 2016 lithium batteries Security code system .............................................................Fixed code Code combinations ................................................................2 16 Different Facilities available....................................................2 6 Channel pushbuttons : ...........................................................2 Range.......................................................................................150 m Dimensions..............................................................................88 x 47 x 17 mm Weight......................................................................................30 g Antenna....................................................................................Integral Automatic deactivation of the transmission after..................2 sec. ELPRO INNOTEK S.R.L. VIA PIAVE, 23- 31020 S.PIETRO DI FELETTO (TV) – ITALY Tel. +39.0438.450860 R.A. – Fax. +39.0438.450091 - P.I. 03023780269 internet: www.erone.com - e-mail: [email protected] 3.0 System components The system to which this transmitter belongs is composed by many transmitters and a receiver with converts the data into a wiegand format. Transmitter : Series ERONE 295W Type : SETW295AM2 Receiver : Series ERONE 295W Type : SELWR295 4.0 Description 4.1 Transmitter This transmitter is a very innovative transmitter which combine a very efficient electronic circuit with the technology of printing of the plastic in double injection. The power supply is provided by a couple of CR 2016 3 Vdc lithium batteries Summarising the main features of this mini transmitter are the following : ♦ High efficient RF antenna; ♦ Fixed security code ( 2 16 code combinations); ♦ Saw resonator controlled oscillator; ♦ Long lasting lithium batteries; ♦ Battery support rotating door; ♦ Original double material plastic box ; ♦ Several colour combination; ♦ Key-holder ring. The frame sent to the AM modulator is composed as explained in the next paragraph. ELPRO INNOTEK S.R.L. VIA PIAVE, 23- 31020 S.PIETRO DI FELETTO (TV) – ITALY Tel. +39.0438.450860 R.A. – Fax. +39.0438.450091 - P.I. 03023780269 internet: www.erone.com - e-mail: [email protected] 4.2 Frame composition The frame architecture is described on the following table: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 Bit 1,2,3 = Start bit ( Logic value “1” ) Bit 4 = Even Parity bit calculated over the bits 5,6,7,8,9,10,11,12,13,14,15,16,17,18 Bit 5,6,7,8, = Don’t care Bit 9,10,11,12,13,14 = Facility code ( up to 2 6 possible facilities different codes ) Bit 15,16 = Channel bits Bit 17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32 = Serial number ( up to 2 16 possible different transmitters ) – The serial number is different for each transmitter and it is written into the micro during the in-factory programming. Bit 33 = Even Parity bit calculated over the bits : 19,20,21,22,23,24,25,26,27,28,29,30,31,32. 4.3 Timings The system used is based on the Manchester code but with always a RZ. This type of code has the feature that for each bit there is a transition. This avoid long sequences of data always at “0” or always at “1”, and hence give more data to the clock extractor circuit systems. Logic value “1” = transition H -> L Logic value “0” = transition L -> H EXAMPLE: NRZ : 1 1 0 1 0 0 Manchester ELPRO INNOTEK S.R.L. VIA PIAVE, 23- 31020 S.PIETRO DI FELETTO (TV) – ITALY Tel. +39.0438.450860 R.A. – Fax. +39.0438.450091 - P.I. 03023780269 internet: www.erone.com - e-mail: [email protected] TIME BASE Sequence = 0,0,0 Logic “0” Logic “0” Logic “0” Each frame is paused by the next with a 22 – 25 mS pause delay The RF signal is received by a Wiegand receiver which arranges the data demodulated and transmits them over the wiegand bus. 4.3 Mechanical drawings ELPRO INNOTEK S.R.L. VIA PIAVE, 23- 31020 S.PIET…

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FCC-ID: PWJW295 Test Report #EMCC-980097NA Page 2 of 17 Issue Date: 2001-OCT-15 TEST OF ERONE MODEL SETW295AM2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS FCC_TX295.DOC CONTENTSPage 1GENERAL INFORMATION ................................................................................................................................................................ 3 1.1Purpose............................................................................................................................................................................... 3 1.2Limits and Reservations.................................................................................................................................................... 3 1.3Test Location...................................................................................................................................................................... 3 1.4Manufacturer ...................................................................................................................................................................... 3 1.5Dates ................................................................................................................................................................................... 3 2Product Description .......................................................................................................................................................................... 4 2.1Equipment Under Test (EUT) ............................................................................................................................................ 4 2.2EUT Peripherals ................................................................................................................................................................. 4 2.3Mode of Operation During Testing ................................................................................................................................... 4 2.4Modifications Required for Compliance .......................................................................................................................... 4 3Test Results Summary...................................................................................................................................................................... 5 4Antenna Requirement ....................................................................................................................................................................... 6 4.1Regulation .......................................................................................................................................................................... 6 4.2Result .................................................................................................................................................................................. 6 5Radiated Emissions TEST ................................................................................................................................................................ 7 5.1Regulation .......................................................................................................................................................................... 7 5.2Test Equipment .................................................................................................................................................................. 8 5.3Test Procedures ................................................................................................................................................................. 8 5.4Calculation of Field Strength Limits................................................................................................................................. 9 5.5Calculation of Average Correction Factor ....................................................................................................................... 9 5.6Field Strength Calculation................................................................................................................................................. 9 5.7Test Results...................................................................................................................................................................... 11 6Conducted Emissions Tests .......................................................................................................................................................... 12 6.1Regulation ........................................................................................................................................................................ 12 6.2Test Equipment ................................................................................................................................................................ 12 6.3Test Procedures ............................................................................................................................................................... 12 6.4Test Results...................................................................................................................................................................... 12 7Periodic Operation Characteristics ............................................................................................................................................... 13 7.1Periodic Operation ........................................................................................................................................................... 13 7.1.1Regulation ................................................................................................................................................................. 13 7.1.2Result ...................................................................................................................................................…

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FCC-ID: PWJW295 RADIO LABORATORIES EMC LABORATORIES TTI-P-G 094/94 TTI-P-G 074/95 EMCC DR. RAŠEK Moggast 72-74 91320 Ebermannstadt Germany FCC Registration # 90566 TX_Annex1.doc Telephone: +49-9194-9016 Telefax:+49-9194-8125 Mail:[email protected] Web:http://www.emcc.de Page 1 of 3 ANNEX 1 TO TEST REPORT # EMCC-980097NA, 2001-OCT-15 PHOTOGRAPHS OF TEST SETUPS EQUIPMENT UNDER TEST: Trade Name:ERONE Series:ERONE 295W Model:SETW295AM2 Serial No:None Equipment Category:Transmitter Manufacturer:ELPRO INNOTEK S.r.l. Address:Via Piave, 23 31020 S. Pietro di Feletto (TV) Italy Phone:++39-0438-450860 Fax:++39-0438-450091 RELEVANT STANDARD:47 CFR Part 15C - Intentional Radiators CONTENTS Page 1CONDUCTED EMISSIONS TEST ........................................................................................................................ 2 1.1 Photograph:none...................................................................................................................................... 2 2RADIATED EMISSIONS TEST............................................................................................................................. 3 2.1 Photograph:EUT SETW295AM2 on non conductive stand...................................................................... 3 FCC-ID: PWJW295 Annex 1 to Test Report #EMCC-980097NA Page 2 of 3 Issue Date: 2001-OCT-15 TEST OF ERONE MODEL SETW295AM2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS TX_ANNEX1.DOC 1 CONDUCTED EMISSIONS TEST 1.1 Photograph: none not applicable FCC-ID: PWJW295 Annex 1 to Test Report #EMCC-980097NA Page 3 of 3 Issue Date: 2001-OCT-15 TEST OF ERONE MODEL SETW295AM2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS TX_ANNEX1.DOC 2 RADIATED EMISSIONS TEST 2.1 Photograph: EUT SETW295AM2 on non conductive stand