2AXRK-HEX02DCCComputer

H00017135 Rev01 CMM ACCESSORIES dCC (DIGITAL CONTROL CENTER) JOGBOX – CORDLESS AND TETHERED VERSIONS USER MANUAL ii • dCC Jogbox – User Manual © Copyright April 2020 Hexagon Manufacturing Intelligence All rights reserved. Hexagon Manufacturing Intelligence is part of Hexagon. Other brands and product names are trademarks of their respective owners. Hexagon Manufacturing Intelligence believes the information in this publication is accurate as of its publication date. Such information is subject to change without notice What is documented in this manual is a product of Hexagon Metrology, Inc. Hexagon Manufacturing Intelligence Strada del Portone, 113 10095 Grugliasco (TO), Italy Tel.: (+39) 011 4025 111 Internet: http://www.HexagonMI.com Hexagon Manufacturing Intelligence 250 Circuit Drive North Kingstown, RI 02852, U.S.A. Tel.: +1 (800) 766-4673 Internet: http://www.HexagonMI.com Hexagon Manufacturing Intelligence Siegmund-Hiepe- Strasse 2-12, 35578 Wetzlar, Germany Tel.: +49 (0) 6441 207 0 Internet: http://www.HexagonMI.com Hexagon Manufacturing Intelligence 188 Zhuzhou Road Qingdao, 266101, P.R. China Tel.: +86 (532) 870-2188 Internet: http://www.HexagonMI.com.cn Hexagon Manufacturing Intelligence helps industrial manufacturers develop the disruptive technologies of today and the life-changing products of tomorrow. As a leading metrology and manufacturing solution specialist, our expertise in sensing, thinking and acting – the collection, analysis and active use of measurement data – gives our customers the confidence to increase production speed and accelerate productivity while enhancing product quality. Through a network of local service centers, production facilities and commercial operations across five continents, we are shaping smart change in manufacturing to build a world where quality drives productivity. For more information, visit hexagonMI.com. Hexagon Manufacturing Intelligence is part of Hexagon (Nasdaq Stockholm: HEXA B; hexagon.com), a leading global provider of information technologies that drive quality and productivity improvements across geospatial and industrial enterprise applications. 错误!使用“开始”选项卡将 Heading 1 应用于要在此处显示的文字。 • iii Contents Contents ............................................................................................................................. iii Preface ................................................................................................................................ 5 Documentation Provided with the Jogbox ........................................................................................ 6 User Manual................................................................................................................. 6 Conventions ..................................................................................................................................... 6 Safety Information .............................................................................................................. 7 EMERGENCY STOP ................................................................................................... 7 2.5. Warnings ................................................................................................................................... 8 2.6. Safety Devices .......................................................................................................................... 9 Overview............................................................................................................................ 10 Dimensions ..................................................................................................................................... 12 Operation ........................................................................................................................................ 14 EMERGENCY STOP ................................................................................................. 14 SPEED CONTROL .................................................................................................... 14 ENABLE ..................................................................................................................... 14 JOYSTICK ................................................................................................................. 14 MACHINE START ..................................................................................................... 14 Keypad ........................................................................................................................................... 15 TOUCHSCREEN DISPLAY ........................................................................................................... 18 Appendix A – Battery Replacement ................................................................................ 27 Appendix B - Glossary ..................................................................................................... 28 Declaration of Conformity ................................................................................................ 29 Declaration of Conformity – Applies to European Union ................................................................ 29 错误!使用“开始”选项卡将 Heading 1 应用于要在此处显示的文字。 • 5 Preface dCC is an operator control pendant often referred to as a jogbox for a Coordinate Measuring Machine (CMM). The pendant allows the operator to move the sensor portion of the CMM to a desired location in the work volume. In addition to driving the machine, dCC allows the operator to pull up part programs on the embedded tablet in the pendant. dCC is available either as a tethered wired version or a wireless version. This manual was written for Customers who own or intend to purchase the Hexagon Manufacturing Intelligence (hereafter referred to simply as Hexagon) dCC Jogbox (hereafter referred to simply as Jogbox). This document is a supplement to the operating manual of the CMM. Only after you have read …

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FCC Software Configuration Control Declaration Rev1.1 Hexagon Metrology, Inc. FCC Software Configuration Control Declaration Date: March 30, 2021 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 USA Attn: OET Dept. Product/ Model Number: Regarding FCC Country Code Selection guidelines identified in KDB 594280. “All applications for equipment authorization for transmitters that can have radio parameters, or other technical parameters, reported to the Commission set by software must have an attestation indicating that no third party will have software, or configuration control, to program the device out of compliance of the technical rules under which it has been certified.” We declare that no third party will have software, or configuration control, to program the device out of compliance of the technical rules under which it has been certified. Name: Paul Witkos Date: 2021-03-30 Title: Manager Signature of applicant

Hexagon Metrology, Inc. Agent Authorization Company: Hexagon Metrology, Inc. Address: 250 Circuit Drive North Kingstown, RI US 02852 Product Name: Computer Model Number(s): dCC Wireless Jogbox Product Description: Computer We authorize MiCOM Labs Inc., 575 Boulder Court, Pleasanton, California 94566, USA, to act on our behalf on all matters concerning the certification of above named equipment. We declare that MiCOM Labs Inc. is allowed to forward all information related to the approval and certification of equipment to the regulatory agencies as required and to discuss any issues concerning the approval application. Any and all acts carried out by MiCOM Labs on our behalf shall have the same effect as acts of our own. Signature: Date: 2021-03-30 Name: Paul Witkos Title: Manager Company: Hexagon Metrology, Inc.

Declaration letter The product （FCC ID: 2AXRK-HEX02DCC, ISED Number：26848- HEX02DCC） will not use the Bluetooth within WIFI/Bluetooth combo module，We will disable the Bluetooth function through software. Print Name: Xin Wang Title: Project Manager Hexagon Metrology, Inc.

Annex No.: BL-EC2030005-AW 1 / 5 EUT EXTERNAL PHOTOS FRONT VIEW OF EUT REAR VIEW OF EUT Annex No.: BL-EC2030005-AW 2 / 5 LEFT SIDE VIEW OF EUT RIGHT SIDE OF EUT Annex No.: BL-EC2030005-AW 3 / 5 TOP VIEW OF EUT BOTTOM VIEW OF EUT Annex No.: BL-EC2030005-AW 4 / 5 Accessory-Power Adapter CLOSE-UP Annex No.: BL-EC2030005-AW 5 / 5 Accessory-Base Support

DMS-SA40 20000XXXXX PET A1
： ：  + #  ；50#25 ：； ：； ：72825T； ：77.3x13.35mm; 0.2mm;：+/-   ，：; "$%&'()*&，,-/1； Product Label 77.3x13.35mm DMS-SA40 Wireless A1 1:1469< ， 77.3 mm 13.35 mm E180881 I.T.E. Complies with IMDA Standards [Dealer’s Licence No.] Computer /
 Model /: dCC Wireless Jogbox Input /: 24V2.5A PN/:H00015713 Made in China /   R-41164810 www.big.gov.in IS 16046 (PART 2) : 2018/IEC 62133-2 : 2017 IC:26848-HEX02DCC FCC ID:2AXRK-HEX02DCC Lily.Liu Lily.Liu Jing.ma Lily.Liu 2021/03/18 2021/03/18 2021/03/18 2021/03/18 Lily.Liu #8962 2021/03/Ver.181 Provisional

Annex No.: BL-EC2030005-AI 1 / 13 EUT INTERNAL PHOTOS EUT UNCOVER VIEW EUT UNCOVER VIEW WIFI Antenna BT Antenna Annex No.: BL-EC2030005-AI 2 / 13 EUT UNCOVER VIEW c EUT UNCOVER VIEW Annex No.: BL-EC2030005-AI 3 / 13 EUT UNCOVER VIEW c EUT UNCOVER VIEW Annex No.: BL-EC2030005-AI 4 / 13 EUT UNCOVER VIEW EUT UNCOVER VIEW Annex No.: BL-EC2030005-AI 5 / 13 MAIN BOARD TOP VIEW (WITH SHIELDING) MAIN BOARD REAR VIEW Annex No.: BL-EC2030005-AI 6 / 13 MAIN BOARD TOP VIEW (WITHOUT SHIELDING) MAIN BOARD TOP VIEW (WITHOUT SHIELDING) Annex No.: BL-EC2030005-AI 7 / 13 MAIN BOARD REAR VIEW MAIN BOARD TOP VIEW Annex No.: BL-EC2030005-AI 8 / 13 MAIN BOARD REAR VIEW MAIN BOARD TOP VIEW Annex No.: BL-EC2030005-AI 9 / 13 MAIN BOARD REAR VIEW MAIN BOARD TOP VIEW Annex No.: BL-EC2030005-AI 10 / 13 MAIN BOARD REAR VIEW MAIN BOARD TOP VIEW Annex No.: BL-EC2030005-AI 11 / 13 MAIN BOARD REAR VIEW MAIN BOARD TOP VIEW Annex No.: BL-EC2030005-AI 12 / 13 MAIN BOARD REAR VIEW MAIN BOARD TOP VIEW Annex No.: BL-EC2030005-AI 13 / 13 MAIN BOARD REAR VIEW

Report No.: BL-EC2030005-701 2 / 60 Revision History Version Issue Date Revisions Content Rev. 01 Mar. 16, 2021 Initial Issue Rev. 02 Apr. 20, 2021 Update Conducted Output Power and Test Results TABLE OF CONTENTS 1 ADMINSTRATIVE DATA (GENERAL INFORMATION) ......................................................................... 4 1.1 Identification of the Testing Laboratory ..................................................................................... 4 1.2 Identification of the Responsible Testing Location .................................................................... 4 1.3 Test Environment Condition ..................................................................................................... 4 1.4 Announce ................................................................................................................................. 4 2 PRODUCT INFORMATION ................................................................................................................... 5 2.1 Applicant Information ................................................................................................................ 5 2.2 Manufacturer Information .......................................................................................................... 5 2.3 Factory Information ................................................................................................................... 5 2.4 General Description for Equipment under Test (EUT) ............................................................... 5 2.5 Ancillary Equipment .................................................................................................................. 5 2.6 Technical Information ............................................................................................................... 6 3 SUMMARY OF TEST RESULTS ........................................................................................................... 7 3.1 Test Standards ......................................................................................................................... 7 3.2 Device Category and SAR Limit ............................................................................................... 8 3.3 Test Result Summary ............................................................................................................... 9 3.4 Test Uncertainty ..................................................................................................................... 10 4 SAR MEASUREMENT SYSTEM ......................................................................................................... 12 4.1 Definition of Specific Absorption Rate (SAR) .......................................................................... 12 4.2 SATIMO SAR System ............................................................................................................ 12 5 SYSTEM VERIFICATION .................................................................................................................... 21 5.1 Antenna Port Test Requirement ............................................................................................. 21 5.2 Purpose of System Check ...................................................................................................... 21 5.3 System Check Setup .............................................................................................................. 21 6 EUT TEST POSITION CONFIGURATUONS ....................................................................................... 22 Report No.: BL-EC2030005-701 3 / 60 6.1 Body-worn Position Conditions ............................................................................................... 22 7 SAR MEASUREMENT PROCEDURES ............................................................................................... 23 7.1 SAR Measurement Process Diagram ..................................................................................... 23 7.2 SAR Scan General Requirements .......................................................................................... 24 7.3 SAR Measurement Procedure ................................................................................................ 25 7.4 Area & Zoom Scan Procedures .............................................................................................. 25 8 CONDUCTED RF OUPUT POWER .................................................................................................... 26 8.1 WIFI ........................................................................................................................................ 26 8.2 Bluetooth ................................................................................................................................ 29 9 EUT ANTENNA LOCATION SKETCH ................................................................................................. 30 9.1 SAR Test Exclusion Consider Table ....................................................................................... 31 10 TEST RESULTS .................................................................................................................................. 33 10.1 Bluetooth Body SAR ............................................................................................................... 33 10.2 Bluetooth Limbs SAR ............................................................................................................. 33 10.3 WIFI 2.4GHz Body SAR ......................................................................................................... 34 10.4 WIFI 2.4GHz Limbs SAR ........................................................................................................ 34 10.5 WIFI 5GHz Body SAR ............................................................................................................ 35 10.6 WIFI 5GHz Limbs SAR ........................................................…

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Report No.: BL-EC2030005-701&702 CALIBRATION REPORT F.1 E-Field Probe Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 F.2 2450 MHz Dipole Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 F.3 5 GHz Waveguide Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702 Report No.: BL-EC2030005-701&702

Tested by: Approved by: ~~-+~-+------ Liao Jianming (Technical Director) Shenzhen BALUN Technology Co., Ltd. FOR Validation Dipoles &Waveguide LW-SZ2030763 SAR Validation Dipole and Wayeguide DIP 08750-446, DIP 08835-447 DIP 08900-448, DIP 18800-449 DIP 18900-450, DIP 28000-451 DIP 28450-452, DIP 28600-453 SW85500-W8A 42 SATIMO Pass Mar. 18, 2020 -Mar. 20, 2020 N OTE: This test report can be duplicated completely for the legal use with the approval of the applicant; it shall not be reproduced except in full, without the written approval of Shenzhen BALUN Technology Co., Ltd. BALUN Laboratory. Any objections should be raised within thirty days from the date of issue. To validate the report, please visit BALUN website. Block B, I st FL,Baisha Science and Technology Park, Shahe Xi Road, Nanshan District, Shenzhen, Guangdong, P. R. China 518055 TEL: +86-755-668501 00, FAX: +86-755-61824271 Email: [email protected] www.baluntek.com 2/25 1GENERALINFORMATION 1.1Introduction ThisdocumentcontainsasummaryoftherequirementssetforthbytheIEEE1528,FCCKDB865664 D01forreferencedipolesusedforSARmeasurementsystemvalidations.Insteadofthetypicalannual calibrationrecommendedbymeasurementstandards,thereferencedipolesweredemonstratedthatthe SARtarget,impedanceandreturnlosshaveremainstable,sothelongercalibrationintervalis acceptable. 1.2GeneralDescriptionforEquipmentunderTest(EUT) ModelFrequencySerialNumber Product Condition(New/ Used) LastCal. Date LastMeas. Date Dipole DIP0G750750MHz SN11/17 DIP0G750-446 Used2019/03/202020/03/18 DIP0G835835MHz SN11/17 DIP0G835-447 Used2019/03/202020/03/18 DIP0G900900MHz SN11/17 DIP0G900-448 Used2019/03/202020/03/18 DIP1G8001800MHz SN11/17 DIP1G900-449 Used2019/03/202020/03/19 DIP1G9001900MHz SN11/17 DIP1G900-450 Used2019/03/202020/03/19 DIP2G0002000MHz SN11/17 DIP2G000-451 Used2019/03/202020/03/19 DIP2G4502450MHz SN11/17 DIP2G450-452 Used2019/03/202020/03/19 DIP2G6002600MHz SN11/17 DIP2G600-453 Used2019/03/202020/03/19 Waveguide SWG55005GHz-6GHz SN49/16 WGA42 Used2019/03/202020/03/20 3/25 1.3TestEquipmentList DescriptionManufacturerModelSerialNo.Cal.DateCal.Due PCDellN/AN/AN/AN/A E-FieldProbeMVGSSE2SN34/15SSE2EPGO2652019/05/162020/05/15 Phantom1SATIMOSAMSN30/13SAM103N/AN/A Phantom2SATIMOSAMSN30/13SAM104N/AN/A MultiMeterKeithley MultiMeter 2000 40240222019/06/172020/06/16 SignalGeneratorR&SSMBV100A2605922019/06/132020/06/12 PowerMeterR&SNRVD-B27250BJ-0112/20112019/10/302020/10/29 PowerSensorR&SNRV-Z41003812019/10/302020/10/29 PowerSensorR&SNRV-Z21002112019/10/302020/10/29 SignalGeneratorR&SSMBV100A2605922019/06/132020/06/12 ThermometerElitechRC-4HCN/A2019/11/022020/11/01 PowerAmplifierSATIMO6552B22374N/AN/A DielectricProbeKitSATIMOSCLMPSN25/13OCPG56N/AN/A AttenuatorCOM-MWZA-S1-311305003187N/AN/A DirectionalcouplerAA-MCSAAMCS-UDC000272N/AN/A 4/25 1.4EUTPhotos DIP0G750-446 DIP0G835-447 5/25 DIP0G900-448 DIP1G800-449 DIP1G900-450 DIP2G000-451 6/25 DIP2G450-452 DIP2G600-453 WaveguideSWG5500 7/25 2DIPOLEIMPEDANCEANDRETURNLOSS Thedipolesaredesignedtohavelowreturnlosswhenpresentedagainstaflatphantomatthespecified distance.AVectorNetworkAnalyzerwasusedtoperformareturnlossmeasurementonthespecificdipole wheninthemeasurementlocationagainstthephantomandthedistancewasspecifiedbythemanufacturer withaspecial,lowlossandlowrelativepermittivityspacer. TheimpedancewasmeasuredattheSMA-connectorwiththenetworkanalyzer. Themeasurementofverificationwithreturnlossshouldnotdeviatebymorethan20%andminimumof20dBof thereturnloss,andtheimpedance(realorimaginaryparts)shouldnotdeviatebymorethan5Ohmsfromthe previousmeasurementusingnetworkanalyzer. Note: The“PreviousMeas.”inthefollowingtablerefertodipolesorotherequivalentRFsourcescalibrationreports. 8/25 2.1DIP0G750 RETURNLOSSANDIMPEDANCEINHEADLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-26.12-32.481.1% Impedance53.2Ω+2.7jΩ51.6Ω+1.7jΩ 0.8Ω (Imaginarypart) ReturnLoss Impedance 9/25 RETURNLOSSANDIMPEDANCEINBODYLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-26.69-23.503.8% Impedance50.1Ω+5.4jΩ48.8Ω+6.6jΩ 1.0Ω (Realpart) ReturnLoss Impedance 10/25 2.2DIP0G835 RETURNLOSSANDIMPEDANCEINHEADLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-31.42-34.073.1% Impedance55.6Ω-3.4jΩ49.3Ω+1.8jΩ 2.3Ω (Imaginarypart) ReturnLoss Impedance 11/25 RETURNLOSSANDIMPEDANCEINBODYLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-24.02-22.964.0% Impedance47.3Ω+5.0jΩ45.3Ω+5.3jΩ 0.9Ω (Realpart) ReturnLoss Impedance 12/25 2.3DIP0G900 RETURNLOSSANDIMPEDANCEINHEADLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-30.91-30.382.0% Impedance50.39Ω-2.4jΩ51.8Ω-2.4jΩ 1.4Ω (Realpart) ReturnLoss Impedance 13/25 RETURNLOSSANDIMPEDANCEINBODYLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-28.58-27.293.5% Impedance54.4Ω+2.1jΩ53.4Ω+2.6jΩ 0.3Ω (Realpart) ReturnLoss Impedance 14/25 2.4DIP1G800 RETURNLOSSANDIMPEDANCEINHEADLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-23.52-25.493.1% Impedance41.6Ω+3.3jΩ45.4Ω+2.6jΩ 3.2Ω (Realpart) ReturnLoss Impedance 15/25 RETURNLOSSANDIMPEDANCEINBODYLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-26.39-26.353.7% Impedance46.0Ω+3.4jΩ45.4Ω-1.5jΩ 1.8Ω (Realpart) ReturnLoss Impedance 16/25 2.5DIP1G900 RETURNLOSSANDIMPEDANCEINHEADLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-27.40-24.2016.2% Impedance52.4Ω+6.6jΩ51.2Ω+6.0jΩ 1.4Ω (Imaginarypart) ReturnLoss Impedance 17/25 RETURNLOSSANDIMPEDANCEINBODYLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-25.02-22.4512.2% Impedance50.4Ω+6.6jΩ46.7Ω+6.7jΩ 2.8Ω (Realpart) ReturnLoss Impedance 18/25 2.6DIP2G000 RETURNLOSSANDIMPEDANCEINHEADLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-24.19-24.613.6% Impedance53.8Ω–1.0jΩ54.3Ω–4.0jΩ 1.9Ω (Realpart) ReturnLoss Impedance 19/25 RETURNLOSSANDIMPEDANCEINBODYLIQUID Meas.ResultsCurrentMeas.PreviousMeas.Max.Deviation ReturnLoss(dB)-…

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Document No: BL-EC2030005-602 Page 1 of 119 Annex A. 99% Bandwidth 1. 802.11a_20M_Band1_L 1.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5180 99 0.2 Peak 26 16.41954 Pass Document No: BL-EC2030005-602 Page 2 of 119 2. 802.11a_20M_Band1_M 2.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5220 99 0.2 Peak 26 16.37799 Pass Document No: BL-EC2030005-602 Page 3 of 119 3. 802.11a_20M_Band1_H 3.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5240 99 0.2 Peak 26 16.40441 Pass Document No: BL-EC2030005-602 Page 4 of 119 4. 802.11n_20M_Band1_L 4.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5180 99 0.2 Peak 26 17.4669 Pass Document No: BL-EC2030005-602 Page 5 of 119 5. 802.11n_20M_Band1_M 5.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5220 99 0.2 Peak 26 17.51818 Pass Document No: BL-EC2030005-602 Page 6 of 119 6. 802.11n_20M_Band1_H 6.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5240 99 0.2 Peak 26 17.48402 Pass Document No: BL-EC2030005-602 Page 7 of 119 7. 802.11n_40M_Band1_L 7.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5190 99 0.39 Peak 46 36.40827 Pass Document No: BL-EC2030005-602 Page 8 of 119 8. 802.11n_40M_Band1_H 8.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5230 99 0.39 Peak 46 36.39716 Pass Document No: BL-EC2030005-602 Page 9 of 119 9. 802.11ac_20M_Band1_L 9.1. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5180 99 0.2 Peak 26 17.48702 Pass Document No: BL-EC2030005-602 Page 10 of 119 10. 802.11ac_20M_Band1_M 10.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5220 99 0.2 Peak 26 17.47768 Pass Document No: BL-EC2030005-602 Page 11 of 119 11. 802.11ac_20M_Band1_H 11.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5240 99 0.2 Peak 26 17.43876 Pass Document No: BL-EC2030005-602 Page 12 of 119 12. 802.11ac_40M_Band1_L 12.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5190 99 0.39 Peak 46 36.30728 Pass Document No: BL-EC2030005-602 Page 13 of 119 13. 802.11ac_40M_Band1_H 13.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5230 99 0.39 Peak 46 36.33316 Pass Document No: BL-EC2030005-602 Page 14 of 119 14. 802.11ac_80M_Band1_M 14.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5210 99 0.82 Peak 86 75.6389 Pass Document No: BL-EC2030005-602 Page 15 of 119 15. 802.11a_20M_Band2_L 15.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5260 99 0.2 Peak 26 16.36513 Pass Document No: BL-EC2030005-602 Page 16 of 119 16. 802.11a_20M_Band2_M 16.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5300 99 0.2 Peak 26 16.30658 Pass Document No: BL-EC2030005-602 Page 17 of 119 17. 802.11a_20M_Band2_H 17.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5320 99 0.2 Peak 26 16.36065 Pass Document No: BL-EC2030005-602 Page 18 of 119 18. 802.11n_20M_Band2_L 18.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5260 99 0.2 Peak 26 17.50275 Pass Document No: BL-EC2030005-602 Page 19 of 119 19. 802.11n_20M_Band2_M 19.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5300 99 0.2 Peak 26 17.46449 Pass Document No: BL-EC2030005-602 Page 20 of 119 20. 802.11n_20M_Band2_H 20.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5320 99 0.2 Peak 26 17.4876 Pass Document No: BL-EC2030005-602 Page 21 of 119 21. 802.11n_40M_Band2_L 21.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5270 99 0.39 Peak 46 36.42565 Pass Document No: BL-EC2030005-602 Page 22 of 119 22. 802.11n_40M_Band2_H 22.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5310 99 0.39 Peak 46 36.41905 Pass Document No: BL-EC2030005-602 Page 23 of 119 23. 802.11ac_20M_Band2_L 23.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5260 99 0.2 Peak 26 17.46898 Pass Document No: BL-EC2030005-602 Page 24 of 119 24. 802.11ac_20M_Band2_M 24.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5300 99 0.2 Peak 26 17.42329 Pass Document No: BL-EC2030005-602 Page 25 of 119 25. 802.11ac_20M_Band2_H 25.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5320 99 0.2 Peak 26 17.47808 Pass Document No: BL-EC2030005-602 Page 26 of 119 26. 802.11ac_40M_Band2_L 26.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5270 99 0.39 Peak 46 36.41871 Pass Document No: BL-EC2030005-602 Page 27 of 119 27. 802.11ac_40M_Band2_H 27.2. A.2.2-99% Bandwidth(NTNV) Center Frequency (MHz) OBW Power (%) RBW (MHz) Detecto r Limit (MHz) OBW (MHz) Verdic t 5…

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Document No: BL-EC2030005-602 Page 1 of 15 Annex A. 6dB BandWidth Document No: BL-EC2030005-602 Page 2 of 15 1. 802.11a_20M_Band4_L 1.2. A.2.1-6dB BandWidth(NTNV) Center Frequency (MHz) XdB Down RBW (MHz) Detector Limit (MHz) XdB BandWidth (MHz) Verdict 5745 6 0.1 Peak 0.5 14.568359 Pass Document No: BL-EC2030005-602 Page 3 of 15 2. 802.11a_20M_Band4_M 2.2. A.2.1-6dB BandWidth(NTNV) Center Frequency (MHz) XdB Down RBW (MHz) Detector Limit (MHz) XdB BandWidth (MHz) Verdict 5785 6 0.1 Peak 0.5 14.417969 Pass Document No: BL-EC2030005-602 Page 4 of 15 3. 802.11a_20M_Band4_H 3.2. A.2.1-6dB BandWidth(NTNV) Center Frequency (MHz) XdB Down RBW (MHz) Detector Limit (MHz) XdB BandWidth (MHz) Verdict 5825 6 0.1 Peak 0.5 14.918945 Pass Document No: BL-EC2030…

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