YH6-DUPCABAssembly of RFID reader and antenna boards

User Guide English Stratasys P750K 3D Printer System DOC08010 Rev. A (DRAFT 1a) Copyright Copyrightȱ©ȱ2015ȱStratasysȱLtd.ȱAllȱrightsȱreserved.ȱ ThisȱdocumentationȱcontainsȱproprietaryȱinformationȱofȱStratasysȱLtd.ȱThisȱinformationȱisȱsuppliedȱ solelyȱtoȱassistȱauthorizedȱusersȱofȱStratasysȱP750Kȱ3Dȱprintingȱsystems.ȱNoȱpartȱofȱthisȱdocumentȱ mayȱbeȱusedȱforȱotherȱpurposes,ȱandȱitȱmayȱnotȱbeȱdisclosedȱtoȱotherȱparties. ȱ Th eȱspecificationsȱonȱwhichȱthisȱdocumentȱisȱbasedȱareȱsubjectȱtoȱchangeȱwithoutȱnotice. Noȱpartȱofȱthisȱbookȱmayȱbeȱreproducedȱinȱanyȱformȱorȱbyȱanyȱmeans,ȱnorȱstoredȱinȱaȱdatabaseȱorȱ retrievalȱsystem,ȱwithoutȱpriorȱpermissionȱinȱwritingȱfromȱStratasysȱLtd. Ifȱthisȱdocumentȱisȱdistributedȱas ȱaȱPDFȱfi le,ȱyouȱmayȱprintȱitȱforȱinternalȱuse. Trad em a rk s TheȱfollowingȱareȱregisteredȱtrademarksȱofȱStratasysȱLtd.:ȱStratasys ® ,ȱObjet ® ,ȱFullCure ® . TheȱfollowingȱareȱtrademarksȱofȱStratasysȱLtd.:ȱConnex,ȱConnex500,ȱConnex350,ȱObjet260ȱConnex,ȱ PolyJet,ȱObjetȱStudio,ȱJobȱManager. MicrosoftȱandȱMicrosoftȱXPȱareȱtrademarksȱofȱMicrosoftȱCorporation. Allȱnamesȱofȱproductsȱandȱservicesȱcitedȱinȱthisȱbookȱareȱtrademarksȱorȱregisteredȱtrademarksȱofȱtheirȱ respectiveȱcompanies.ȱ FCC Compliance Theȱequipmentȱreferredȱtoȱinȱthisȱguideȱhasȱbeenȱtestedȱandȱfoundȱtoȱcomplyȱwithȱtheȱlimitsȱforȱaȱ ClassȱAȱdeviceȱpursuantȱtoȱpartȱ15ȱofȱtheȱFCCȱrules.ȱTheseȱlimitsȱprovideȱreasonableȱprotectionȱ againstȱharmfulȱinterferenceȱwhenȱtheȱequipmentȱisȱoperatedȱinȱaȱcommercialȱenvironment.ȱStratasysȱ 3Dȱprintingȱsystems ȱgene rate,ȱuseȱandȱcanȱradiateȱradioȬfrequencyȱenergyȱand,ȱifȱnotȱinstalledȱandȱ usedȱinȱaccordanceȱwithȱtheȱinstructionȱmanual,ȱmayȱcauseȱharmfulȱinterferenceȱtoȱradioȱ communications.ȱOperationȱofȱthisȱequipmentȱinȱaȱresidentialȱareaȱisȱlikelyȱtoȱcauseȱharmfulȱ interference,ȱinȱwhichȱcaseȱtheȱuserȱwillȱbeȱȱrequiredȱto ȱcorrectȱth eȱinterferenceȱatȱhisȱownȱexpense.ȱ Theȱ3Dȱprinterȱreferredȱtoȱinȱthisȱguideȱcontainsȱaȱtransmitterȱmodule,ȱFCCȱIDȱYH6ȬDUPCAB.ȱ NOTE:ȱStratasysȱisȱnotȱresponsibleȱforȱradioȱorȱTVȱinterferenceȱcausedȱbyȱunauthorizedȱmodificationȱ toȱthisȱequipment.ȱChangesȱorȱmodificationsȱnotȱexpresslyȱapprovedȱbyȱStratasysȱcouldȱvoidȱtheȱuser’sȱ authorityȱtoȱoperateȱtheȱequipment. Equipment Recycling InȱtheȱEuropeanȱUnion,ȱthisȱsymbolȱindicatesȱthatȱwhenȱtheȱlastȱuserȱwishesȱtoȱdiscardȱaȱproduct,ȱitȱ mustȱbeȱsentȱtoȱappropriateȱfacilitiesȱforȱrecoveryȱandȱrecycling.ȱForȱinformationȱaboutȱproperȱ disposal,ȱcheckȱyourȱpurchaseȱcontract,ȱorȱcontactȱtheȱsupplierȱofȱtheȱequipment. ȱȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ Limitation of Liability Theȱproduct,ȱsoftwareȱorȱservicesȱareȱbeingȱprovidedȱonȱanȱ“asȱis”ȱandȱ“asȱavailable”ȱbasis.ȱExceptȱasȱ mayȱbeȱstatedȱspecificallyȱinȱyourȱcontract,ȱStratasysȱLtd.ȱexpresslyȱdisclaimsȱallȱwarrantiesȱofȱanyȱ kind,ȱwhetherȱexpressȱorȱimplied,ȱincluding,ȱbutȱnotȱlimitedȱto,ȱanyȱimpliedȱwarrantiesȱofȱ merchantability,ȱfitnessȱforȱa ȱparticularȱpu rposeȱandȱnonȬinfringement. YouȱunderstandȱandȱagreeȱthatȱStratasysȱLtd.ȱshallȱnotȱbeȱliableȱforȱanyȱdirect,ȱindirect,ȱincidental,ȱ special,ȱconsequentialȱorȱexemplaryȱdamages,ȱincludingȱbutȱnotȱlimitedȱto,ȱdamagesȱforȱlossȱofȱprofits,ȱ goodwill,ȱuse,ȱdataȱorȱotherȱintangibleȱlossesȱ(evenȱifȱStratasysȱhasȱbeenȱadvisedȱofȱ theȱp ossibilityȱofȱ suchȱdamages),ȱresultingȱfrom:ȱ(i)ȱtheȱuseȱorȱtheȱinabilityȱtoȱuseȱtheȱproductȱorȱsoftware;ȱ(ii)ȱtheȱcostȱofȱ procurementȱofȱsubstituteȱgoodsȱandȱservicesȱresultingȱfromȱanyȱproducts,ȱgoods,ȱdata,ȱsoftware,ȱ informationȱorȱservicesȱpurchased;ȱ(iii)ȱunauthorizedȱaccessȱtoȱorȱalterationȱofȱyourȱproducts,ȱsoftwareȱ orȱdata;ȱ(iv )ȱstatementsȱorȱconductȱofȱanyȱthirdȱparty;ȱ(v)ȱanyȱotherȱmatterȱrelatingȱtoȱtheȱproduct,ȱ software,ȱorȱservices.ȱ Theȱtextȱandȱdrawingsȱhereinȱareȱforȱillustrationȱandȱreferenceȱonly.ȱTheȱspecificationsȱonȱwhichȱtheyȱ areȱbasedȱareȱsubjectȱtoȱchange.ȱStratasysȱLtd.ȱmay,ȱatȱanyȱtimeȱandȱ withoutȱnotice,ȱma keȱchangesȱtoȱ thisȱdocument.ȱStratasysȱLtd.,ȱforȱitselfȱandȱonȱbehalfȱofȱitsȱsubsidiaries,ȱassumesȱnoȱliabilityȱforȱ technicalȱorȱeditorialȱerrorsȱorȱomissionsȱmadeȱherein,ȱandȱshallȱnotȱbeȱliableȱforȱincidental,ȱ consequential,ȱindirect,ȱorȱspecialȱdamages,ȱincluding,ȱwithoutȱlimitation,ȱlossȱofȱuse,ȱlossȱorȱalterationȱ ofȱdata,ȱdelays,ȱorȱlo stȱprofitsȱorȱsavingsȱarisingȱfromȱtheȱuseȱofȱthisȱdocument. iv Patents ThisȱproductȱisȱcoveredȱbyȱoneȱorȱmoreȱofȱtheȱfollowingȱU.S.ȱpatents: 5,386,500 6,259,962 6,569,373 6,658,314 6,850,334 7,183,335 7,209,797 7,225,045 7,364,686 7,369,915 7,479,510 7,500,846 7,604,768 7,628,857 7,658,976 7,725,209 StratasysȱLtd.ȱ http://www.stratasys.com DOCȬ08010 RevisionȱAȱ(DRAFTȱ1a) Juneȱ2015 DOC08010 Rev. A (DRAFT 1) 1AboutȱThisȱGuide UsingȱThisȱGuide ............................................................................................................................... 1–2 ForȱMoreȱInformation........................................................................................................................ 1–2 TermsȱUsedȱinȱThisȱGuide................................................................................................................ 1–3 2 Safety SafetyȱFeatures ................................................................................................................................... 2–2 SymbolsȱandȱWarningȱLabels .......................................................................................................... 2–3 SafetyȱGuidelines ............................................................................................................................... 2–4 PrinterȱInstallation.............................................................................................................................. 2–4 PrinterȱOperation................................................................................................................................ 2–4 UVȱRadiation ..............................................................................................................…

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

Stratasys Confidential Document Date: 25/03/2015 Document revision: 1.0 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Gentlemen: This letter is to comply with Sections 0.457 and 0.459 pertaining to confidential material. Stratasys Ltd. would like the following documents regarding this submission for FCC ID : YH6-DUPCAB to be kept confidential. 1. Block Diagram 2. Schematics 3. Parts List 4. Operational description The above material contains trade secrets or technical data, which would customarily be guarded from competitors. We do not want these documents to be accessible to the general public. Sincerely, Idan Glass Compliance Engineer Stratasys Ltd. Stratasys Ltd. 2 Holzman St., Science Park, P.O. Box 2496, Rehovot 76124, Israel Tel +972 74-745-4285, Fax +972 74 745 4315 Web: www. stratasys.com

LIMITED MODULAR APPROVAL LETTER FCC ID: YH6-DUPCAB Item Requirements EUT 1 The modular transmitter must have its own RF shielding The cabinet frame and covers are a metal cage 2 The modular transmitter must have buffered modulation/data inputs. The modular transmitter has RS232 connection. 3 The modular transmitter must have its own power supply regulation. The modular transmitter has its own regulator on board. 4 The modular transmitter must comply with the antenna and transmission system requirements of sections 15.203, 15.204(b) and 15.204(c) The Standard connector is available. Applied for Limited Modular Approval and a professional installation letter provided. 5 The modular transmitter must be tested in a stand-alone configuration, i.e., the module must not be inside another device during testing. This is intended to demonstrate that the module is capable of complying with Part 15 emission limits regardless of the device into which it is eventually installed. The modular transmitter has been tested in a stand-alone configuration. 6 The modular transmitter must be labeled with its own FCC ID number, and, if the FCC ID is not visible when the module is installed inside another device, then the outside of the device into which the module is installed must also display a label referring to the enclosed module. This exterior label can use wording such as the following: "Contains Transmitter Module FCC ID: XYZMODEL1" or "Contains FCC ID: XYZMODEL1." Any similar wording that expresses the same meaning may be used. The Grantee may either provide such a label, an example of which must be included in the application for equipment authorization, or, must provide adequate instructions along with the module which explain this requirement. In the latter case, a copy of these instructions must be included in the application for equipment authorization The modular transmitter has been labeled with its own FCC ID number. The user manual includes the phrase: "contains a transmitter module, FCC ID: YH6‐DUPCAB” 7 The modular transmitter must comply with any specific rule or operating requirements applicable to the transmitter and the manufacturer must provide adequate instructions along with the module to explain any such requirements. Refer to test report. Device complies to §15.209 and 15.207 8 The modular transmitter must comply with any applicable RF exposure requirements. Complies. Idan Glass Compliance Engineer Stratasys Ltd.

Document Date: 25/03/2015 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Gentlemen, This letter is to comply with the requirements of section 15.203 as we hereby state that the device pertaining to application FCC-ID YH6-DUPCAB requires professional installation due to the following reasons: A) This device must be professionally installed and used only with components (e.g. antennas) provided with the product. Failure to do so may result in significantly lower performance of the product. B) The device and all of its components should be installed only in the 3D printers (manufactured by Stratasys) and replaced (if needed) only by service personnel trained by Stratasys. C) Modular transmitter is intended for industry/commercial use (not for the general public). Sincerely, Idan Glass Compliance Engineer Stratasys Ltd. Stratasys Ltd. 2 Holzman St., Science Park, P.O. Box 2496, Rehovot 76124, Israel Tel +972 74-745-4285, Fax +972 74 745 4315 Web: www. Stratasys.com

External photos View 1 View 2 View 3 View 4

Label location Label location on the tested device Common view of the EUT placement with the label ]

Internal Photos

Test Report No. 9512306145 Applicant: Stratasys Ltd. Equipment Under Test: RFID reader system for Duplex Material Cabinet From The Standards Institution Of Israel Industry Division Electronics & Telematics Laboratory EMC Branch Certificate Number: AT-1359 Test Report No.: 9512306145 Page 1 of 18 pages Title: RFID reader system for Duplex Material Cabinet Model: RFID reader BRD-08015, antenna board BRD-03012 Applicant: Stratasys Ltd. Address: 2 Holzman St., Science Park, P.O.B 2496, Rehovot 76124, Israel Sample for test selected by: The customer The date of test: 22 February 2015 Description of Equipment Under Test (EUT): RFID reader system for Duplex Material Cabinet Model: RFID reader BRD-08015, antenna board BRD-03012 Hardware version of radio unit A Software version of radio unit 1.1 Manufactured by: Stratasys Ltd. Reference Documents:  CFR 47 FCC: Rules and Regulations; Part 15. “Radio frequency devices”; Subpart B: “Unintentional radiators” (2014). Section 15.109. Radiated emission limits. Subpart C: “Intentional radiators” (2014), Section 15.207. Conducted limits Section 15.209. “Radiated emission limits, general requirements”. This Test Report contains 19 pages and may be used only in full. This Test Report applies only to the specimen tested and may not be applied to other specimens of the same product. Test Report No.: 9512306145 Page 2 of 18 pages Title: RFID reader system for Duplex Material Cabinet Model: RFID reader BRD-08015, antenna board BRD-03012 1. Test summary Parameter FCC Part 15 Reference paragraph Verdict Radiated emission test. Subpart C Section 15.209. Comply Radiated emission test. Subpart B Section 15.109 class A Comply Conducted emissions test Subpart C Section 15.207 Comply Electronics and Telematics Laboratory July 2015 Name: Eng. Yuri Rozenberg Name: Michael Feldman Position: Head of EMC Branch Position: Test Technician Measurement uncertainty. The test equipment has been calibrated according to its recommended procedures and is within the manufacturer's published limit of error. The laboratory calibrates its standards by a third party (traceable to NIST, USA) on a regular basis according to equipment manufacturer requirements. In the following table the uncertainty calculation is given. Type of disturbance Test description Calculated uncertainty U LAB Conducted emissions 150 kHz to 30 MHz ± 2.8 dB Radiated disturbance electric field strength in a SAR at 3 m distance 30 MHz – 1.0 GHz ±4.32 dB electric field strength in a FAR at 3 m distance 1.0 GHz – 18 GHz ±4.47 dB Test Report No.: 9512306145 Page 3 of 18 pages Title: RFID reader system for Duplex Material Cabinet Model: RFID reader BRD-08015, antenna board BRD-03012 Table of Contents 1. Test summary 2 2. EUT Description and operation 4 2.1. General description: 4 2.2. Potential emission sources: 7 2.3. EUT setup and operation: 7 3. Measurements, examinations and derived results 7 3.1. Location of the Test Site: 7 3.2. Test condition: 7 3.3. Initial visual check and functional test: 7 3.4. Radiated emission test. 8 3.5. Test of field strength emission from intentional radiator. 9 3.6. AC main conducted emissions test 12 3.7. Test of radiated emissions from unintentional radiator 14 4. Appendix 1. Test equipment used. 15 5. Appendix 2: Antenna Factor and Cable Loss 16 Test Report No.: 9512306145 Page 4 of 18 pages Title: RFID reader system for Duplex Material Cabinet Model: RFID reader BRD-08015, antenna board BRD-03012 2. EUT Description and operation 2.1. General description: * Note: the customer supplied all information in clause below. The EUT is RFID transceiver on MSC2 board installed inside material resin cabinet of 3D printer. The Duplex Material cabinet contains 4 boards and 16 antennas. Product’s main functions are read and write data from material container protected by RFID identification tags attached to the resin material container. Its intended use is to identify the type of resin. The RFID unit voltage is 5V (produced from the main 24VDC). Through RS-232 interface the RFID MCU (PIC16F876A) gets commands: Number of channel, read or write etc. The RFID signal is generated by the RFID chip (HTRC11001). This RF signal from RFID chip is directed to a MUX chip that switches the RF energy to only one of the four channel antennas at certain time. RS-232 interface connected internally inside a 3D printer. The test was done by simulating all antennas at maximum duty cycle. Transmit frequency: 125 kHz Type of modulation: AM Antenna type: Loop coil mfr. Stratasys model. BRD-03012 The Duplex Material Cabinet and RFID unit block diagrams are shown in Figures 1 and 2. The EUT's views are shown in photos below. Figure 1. Duplex cabinet block diagram. Test Report No.: 9512306145 Page 5 of 18 pages Title: RFID reader system for Duplex Material Cabinet Model: RFID reader BRD-08015, antenna board BRD-03012 Figure 2. The RFID unit block-diagram. MCU PIC16F876A RS232 driver 16MHz RFID chip HTRC 11001 MUX MAX4524EUB+ Tuning components 2 channels antenna 2 channels antenna Flat cable RF Signal Data lines Power supply READER Control lines Connection to PC Power 24V DC RF Signal Uart Test Report No.: 9512306145 Page 6 of 18 pages Title: RFID reader system for Duplex Material Cabinet Model: RFID reader BRD-08015, antenna board BRD-03012 Photo 1. Duplex cabinet view. Photo 2. RE test setup Photo 3. RE test setup Test Report No.: 9512306145 Page 7 of 18 pages Title: RFID reader system for Duplex Material Cabinet Model: RFID reader BRD-08015, antenna board BRD-03012 2.2. Potential emission sources: The potential emission sources are detailed in Table 1. Table 1. Potential emission sources Frequency Location 125 kHz RFID (derived from 16 MHz) 16 MHz crystal RFID 33.3 MHz crystal MSC board (CPLD) 2.3. EUT setup and operation: Measurements were performed in continue transmition mode by simulating all channel antennas and using Max Hold mode. 3. Measurements, examinations and derived results 3.1. Location of the Test Site: …

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

Test set up. Photo 1. RE test setup Photo 2. RE test setup