WU8MMR2424 GHz MMR Sensor

REVISION HISTORY Rev Description Date Apprv’d 000 Initial Release per ECO 127519 Ref. PLM 001 Update after customer review Ref. PLM 002 Update 5.3.1, add 5.3.8 Ref. PLM 003 Update 5.3.1 RX Distance Ref. PLM TITLE: Installation Specifications and User Manual, C6 Radar (24 GHz MMR, 24 GHz SRR, 24 GHz MRR) DOCUMENT NO: E805913 INSTALLATION SPECIFICATION REV. 003, PAGE 1 OF 12 AEL, Inc. 1011B Pawtucket Blvd. Lowell, MA 01853 ATTENTION USER OF THIS DOCUMENT IS RESPONSIBLE FOR DETERMINING CURRENT REVISION LEVEL BEFORE USING DOCUMENT. ©AUTOLIV INC. THIS DOCUMENT AND THE DATA DISCLOSED HEREIN OR HEREWITH IS PROPRIETARY AND MAY NOT BE REPRODUCED, USED OR DISCLOSED IN WHOLE OR IN PART WITHOUT WRITTEN PERMISSION FROM AUTOLIV INC. Title Installation Specifications and User Manual, Radar Sensor, C6 Doc. No. E805913 INSTALLATION SPECIFICATION Rev. 003, Page 2 of 12 1.0 PURPOSE/SCOPE This document describes the specifications for installation of type C6 Radar Sensors. 2.0 MATERIALS/EQUIPMENT N/A 3.0 APPLICABLE DOCUMENTS Outline see Fig 1. DIN 40050-9 IP6K9K IEC 68-2-6 Fc IEC 68-2-7 IEC68-2-10 IEC68-2-11 Ka IEC 668-2-14Nb IEC 68-2-27 IEC 68-2-29 IEC68-2-30 IEC68-2-32 IEC68-2-38 IEC68-2-50 IEC68-2-51 IEC68-2-52 IEC68-2-56 IEC68-2-64Fh IEC529, 13.4 SAE J1211 SAE J1812 SAE J1879 4.0 DEFINITIONS N/A 5.0 SPECIFICATIONS 5.1. Preface This chapter describes the specifications to install C6 radar sensors into vehicles. These specifications shall be complied with to enable the specified characteristics of the sensors as well as the complete system. Due to the various installation situations and applications, a measurement check is required to verify the actual installation implementation. 5.2. C6 Sensors This chapter describes the characteristics relevant to the installation of C6 sensors in vehicles. Note that there are three types of C6 sensors, each supporting various applications as follows: C6 Mid Range Radar (24 GHz MRR) Model # 6208428 – used for medium range applications such as Forward collision Warning. C6 Short Range Radar (24 GHz SRR) Model # 6221569 – used for short range applications such as ACC Stop and Go, Blind Spot Monitoring. C6 Multi Mode sensor (24 GHz MMR) Model # 6234448 – combined SRR and MRR functionality. Unless otherwise stated the specifications contained in this document apply to all C6 sensor types. Title Installation Specifications and User Manual, Radar Sensor, C6 Doc. No. E805913 INSTALLATION SPECIFICATION Rev. 003, Page 3 of 12 5.2.1. Dimensions and Weight of the C6 Sensor Figure 1 shows the dimensions of the C6 sensor and details the mounting of the sensor. Please refer to Fig. 1 for the detailed drawing. Sensor weight: 150 grams max. Title: Installation Specifications and User Manual, Radar Sensor, C6 Doc. No. E805913 INSTALLATION SPECIFICATION Rev. 003, Page 4 of 12 5.0 SPECIFICATIONS Figure 1 IMPORTANT NOTE : The two mounting holes are not specified for moun ting the complete sensor. They do not provide the mechanical properties to keep the sensor in place. They shall be used to fix the sensor in a mounting bracket. Mounting tabs are to be fastened tight to mounting bracket using appropriate fastener. Maximum strength per tab is 2 70 N. Title: Installation Specifications and User Manual, Radar Sensor, C6 Doc. No. E805913 INSTALLATION SPECIFICATION Rev. 003, Page 5 of 12 5.0 SPECIFICATIONS 5.2 C6 Sensor (cont’d) 5.2.2 Keep-Out Zone / Azimuth Angle Measurement Range Figure 2 displays the keep out area of the C6 sensor. Within the detection area of the antennas there must not be objects like screws, mounting brackets, license plates etc. The impact reducing foam material, clips or fascia laminations has to be avoided in that area. Within the keep out zone of the antennas there must be no vertical character lines present in the fascia (see 5.3.5). Mounting bracket material shall not enter the keep out zone. Bracket retention features which interface with the surface of the sensor radome shall not enter the keep out zone noted in Section 5.2.5 The keep out zone in the azimuth direction is ±65°. The angle is established 7mm from the edge of the sensor. Figure 2 Title: Installation Specifications and User Manual, Radar Sensor, C6 Doc. No. E805913 INSTALLATION SPECIFICATION Rev. 003, Page 6 of 12 5.0 SPECIFICATIONS 5.2 C6 Sensor (cont’d) 5.2.3 Keep-out zone, Angle Elevation Within the elevation keep out zone there must not be metal parts like screws, mounting brackets, license plate etc. The impact reducing foam material, clips or fascia laminations has to be avoided in that area. Within the keep out zone of the antennas there must be no vertical character lines present in the fascia (see 5.3.5). Mounting bracket material shall not enter the keep out zone. Bracket retention features which interface with the surface of the sensor radome shall not enter the keep out zone noted in Section 5.2.5 The elevation material keep out zone in elevation is ±30°. This angle is established 7mm from the edge of the sensor. Figure 3 Title: Installation Specifications and User Manual, Radar Sensor, C6 Doc. No. E805913 INSTALLATION SPECIFICATION Rev. 003, Page 7 of 12 5.2 C6 Sensor (cont’d) 5.2.4 Section deleted 5.2.5 Bracket to sensor retention features keep out zone Bracket retention features which are used to hold the sensor into the bracket, shall be made of non-conductive material, and protrude into the face of the sensor radome with enough overlap to overcome any variability in the bracket (ie. bracket to sensor gap, material distortion). A general guideline is to create a retention feature with overlap which is positioned in the allowable shaded area outlined below (Figure 3b). Figure 3b Title: Installation Specifications and User Manual, Radar Sensor, C6 Doc. No. E805913 INSTALLATION SPECIFICATION Rev. 003, Page 8 of 12 5.3 Installation Specifications for Individual Sensors 5.3.1 Distance to the Bumper Material The distance of the C6 Sensor to the bumper shall be as shown below. An installation…

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File Name: 24 GHz Operational Description Date: 10. June 2012 Autoliv Document, DUPLICATION or DISCLOSURE PROHIBITED without prior written consent 9 (14)      

Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 COMPLIANCE WORLDWIDE INC. TEST REPORT 232-12R1 In Accordance with the Requirements of Industry Canada RSS 220, Issue 1, March 2009 Federal Communications Commission 47 CFR Part 15, Part F Technical Requirements for Vehicular Radar Systems Issued to Autoliv Active Safety 1001 Pawtucket Blvd Lowell, MA 01854 978-674-6500 For the 24 GHz MMR Sensor Model Number : 24 GHz MMR FCC ID: WU8MMR24 IC: 8436B-MMR24 Report Issued on June 15, 2012 Revision R1 Issued on July 30, 2012 This test report shall not be reproduced, except in full, without written permission from Compliance Worldwide, Inc. (603) 887 3903 Fax 887 6445 http://www.complianceworldwide.com Test Number: 232-12R1 Issue Date: 07/30/2012 Page 2 of 26 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com Table of Contents 1. Scope .................................................................................................................................. 3 2. Product Details.................................................................................................................... 3 2.1. Manufacturer ..............................................................................................................3 2.2. Model Number............................................................................................................ 3 2.3. Serial Number ............................................................................................................ 3 2.4. Description ................................................................................................................. 3 2.5. Power Source............................................................................................................. 3 2.6. Hardware Revision ..................................................................................................... 3 2.7. Software Revision ...................................................................................................... 3 2.8. Modulation Type......................................................................................................... 3 2.9. Operating Frequency ................................................................................................. 3 2.10. EMC Modifications ................................................................................................... 3 3. Product Configuration ......................................................................................................... 3 3.1. Operational Characteristics & Software ..................................................................... 3 3.2. EUT Hardware ........................................................................................................... 4 3.3. EUT Cables/Transducers ........................................................................................... 4 3.4. Support Equipment .................................................................................................... 4 3.5. Test Setup Diagram ................................................................................................... 5 4. Measurements Parameters................................................................................................. 6 4.1. Measurement Equipment Used to Perform Test ........................................................ 6 4.2. Measurement & Equipment Setup ............................................................................. 7 4.3. Measurement Procedure............................................................................................ 7 4.4. Measurement Uncertainty .......................................................................................... 7 5. Measurement Summary...................................................................................................... 8 6. Measurement Data.............................................................................................................. 9 6.1. Antenna Requirement ................................................................................................ 9 6.2. Operational Requirements ......................................................................................... 9 6.3. UWB Bandwidth ....................................................................................................... 10 6.4. Emissions Attenuation above the Horizontal Plane.................................................. 13 6.5. Spurious Radiated Emissions .................................................................................. 14 6.6. Peak Emissions in a 50 MHz Bandwidth.................................................................. 20 6.7. Devices that Employ Gated Transmissions ............................................................. 21 6.8. Effect of Voltage Variations on Peak Emissions ...................................................... 21 6.9. Frequency Stability of Unmodulated Carrier...................................................22 6.10. Public Exposure to Radio Frequency Energy Levels ............................................. 23 7. Test Images ...................................................................................................................... 24 7.1. Spurious and Harmonic Emissions - Front............................................................... 24 7.2. Spurious and Harmonic Emissions - Rear ............................................................... 25 8. Test Site Description ......................................................................................................... 26 Test Number: 232-12R1 Issue Date: 07/30/2012 Page 3 of 26 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com 1. Scope This test report certifies that the Autoliv Active Safety 24 GHz MMR Sensor, as tested, meets the FCC Part 15, Subpart…

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