MPE Report

FCC ID: 2AJJ3SRTLAN30S

RF Exposure Info

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FCCID_4190964

849 NW STATE ROAD 45 PHONE: 888.472.2424 OR 352.472.5500 NEWBERRY, FL 32669 USA EMAIL: INFO@TIMCOENGR.COM WEB: HTTP://WWW.TIMCOENGR.COM An IIA Company RF Exposure Evaluation Report APPLICANT NAVICO RBU ITALIA S.R.L. VIA ROMITA, 26 ADDRESS MONTAGNANA VAL di PESA, MONTESPERTOLI, FIRENZE 50025 ITALY FCC ID 2AJJ3SRTLAN30S IC 21849-SRTLAN30S MODEL NUMBER SRTLAN30S PRODUCT DESCRIPTION S-BAND RADAR DATE SAMPLE RECEIVED 10/31/2018 FINAL TEST DATE 02/04/2018 PREPARED BY Franklin Rose Report Number Report Version Description Issue Date 2004AUT18 Rev1 Initial Issue 02/04/2018 MPE_TestReport_ THE ATTACHED REPORT SHALL NOT BE REPRODUCED EXCEPT IN FULL WITHOUT THE WRITTEN APPROVAL OF TIMCO ENGINEERING, INC.

TABLE OF CONTENTS GENERAL REMARKS ........................................................................................................ 2 GENERAL INFORMATION ................................................................................................ 3 ANTENNA INFORMATION ............................................................................................... 4 MPE CALCULATION ......................................................................................................... 5 MPE LIMITS .................................................................................................................... 5 MPE DATA ...................................................................................................................... 6 FCC MPE CALCULATION: 12 FT. S-BAND ANTENNA ....................................................................... 6 Inside Beam (< 1.9° Horizontal Polarity, < 24° Vertical Polarity) ...................................... 6 Outside Beam (> 10° Horizontal Polarity, > 24° Vertical Polarity) ..................................... 7 FCC MPE Diagram, 12 ft. S-Band Antenna, Top View ...................................................... 8 FCC MPE Diagram, 12 ft. S-Band Antenna, Side View ..................................................... 9 IC MPE CALCULATION: 12 FT. S-BAND ANTENNA ....................................................................... 10 Inside Beam (< 1.9° Horizontal Polarity, < 24° Vertical Polarity) .................................... 10 Outside Beam (> 10° Horizontal Polarity, > 24° Vertical Polarity) ................................... 11 IC MPE Diagram, 12 ft. X-Band Antenna, Top View ....................................................... 12 IC MPE Diagram, 12 ft. X -Band Antenna, Side View ..................................................... 13

GENERAL REMARKS Summary The device under test does: Fulfill the general approval requirements as identified in this test report and was selected by the customer. Not fulfill the general approval requirements as identified in this test report Attestations This equipment has been tested in accordance with the standards identified in this test report. To the best of my knowledge and belief, these tests were performed using the measurement procedures described in this report. All instrumentation and accessories used to test products for compliance to the indicated standards are calibrated regularly in accordance with ISO 17025 requirements. I attest that the necessary measurements were made at: Timco Engineering Inc. 849 NW State Road 45 Newberry, FL 32669 Designation #: US1070 Prepared by: Name and Title Franklin Rose, EMC Project Manager / EMC Specialist Date 02/04/2018 Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 2 of 13

GENERAL INFORMATION EUT Description S-BAND RADAR Model Number SRTLAN30S EUT Power Source ☒110–120 VAC ☐ DC Power (12 V) ☐ Battery Operated Test Item ☐ Prototype ☒ Pre-Production ☐ Production Type of Equipment ☒ Fixed ☐ Mobile ☐ Portable Antenna Connector 7/16 DIN Connector The temperature was 26ºC Test Conditions Relative humidity of 50%. Modification to the EUT No Modification to EUT. Applicable Standards FCC CFR 47 Part 2.1091 Timco Engineering Inc. at 849 NW State Road 45 Newberry, FL Test Facility 32669 USA. Designation #: US1070 Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 3 of 13

ANTENNA INFORMATION This information was provided by the client: Manufacturer-Provided Max Gain Type Antenna (dBi) 12 ft. S-Band End-fed Slotted Waveguide 27.0 Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 4 of 13

MPE CALCULATION The minimum separation distance is calculated as follows: MPE LIMITS Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 5 of 13

MPE DATA FCC MPE Calculation: 12 ft. S-Band Antenna Inside Beam (< 1.9° Horizontal Polarity, < 24° Vertical Polarity) 1. General Uncontrolled Exposure Environment: The limit for general uncontrolled exposure environment is shown in FCC rule Part 1.1310, Table 1B. Variable Value Max Power 29668.80 W Duty Cycle (at full power) 0.021 % Max Antenna Gain 27.0 dBi Coax Loss 2.20 dB Transmit Frequency 3060 MHz Power Density 1.00 mW/cm2 Minimum Separation Distance 387.0 cm 2. General Controlled Exposure Environment: The limit for controlled exposure environment is shown in FCC rule Part 1.1310, Table 1A. Variable Value Max Power 29668.80 W Duty Cycle (at full power) 0.021 % Max Antenna Gain 27.0 dBi Coax Loss 2.20 dB Maximum Transmit Frequency 3060 MHz Power Density 5.00 mW/cm2 Minimum Separation Distance 173.1 cm Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 6 of 13

MPE CALCULATION Outside Beam (> 10° Horizontal Polarity, > 24° Vertical Polarity) 3. General Uncontrolled Exposure Environment: The limit for general uncontrolled exposure environment is shown in FCC rule Part 1.1310, Table 1B. Variable Value Max Power 29668.80 W Duty Cycle (at full power) 0.021 % Max Antenna Gain 0 dBi Coax Loss 2.20 dB Transmit Frequency 3060 MHz Power Density 0.75 mW/cm2 Minimum Separation Distance 20 cm 4. General Controlled Exposure Environment: The limit for controlled exposure environment is shown in FCC rule Part 1.1310, Table 1A. Variable Value Max Power 29668.80 W Duty Cycle (at full power) 0.021 % Max Antenna Gain 0 dBi Coax Loss 2.20 dB Maximum Transmit Frequency 3060 MHz Power Density 0.75 mW/cm2 Minimum Separation Distance 20 cm Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 7 of 13

FCC MPE Diagram, 12 ft. S-Band Antenna, Top View 502 cm @ 387 cm 68 cm (1 mW/cm2 Uncontrolled Exposure) 31 cm 427 cm @ 173 cm (5 mW/cm2 Controlled Exposure) 10° Beam 20 cm (0.75 mW/cm2 Minimum 366 cm Exposure Distance) EUT 17.3 cm Antenna (1 mW/cm2 Uncontrolled Exposure) 7.7 cm (5 mW/cm2 Controlled Exposure) Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 8 of 13

FCC MPE Diagram, 12 ft. S-Band Antenna, Side View 165 cm @ 387 cm (1 mW/cm2 Uncontrolled Exposure) 74 cm @ 173 m (5 mW/cm2 Controlled Exposure) 22° Beam 20 cm (0.75 mW/cm2 Minimum Exposure Distance) Antenna EUT 17.3 cm (1 mW/cm2 Uncontrolled Exposure) 12.4 cm (5 mW/cm2 Controlled Exposure) Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 9 of 13

IC MPE Calculation: 12 ft. S-Band Antenna Inside Beam (< 1.9° Horizontal Polarity, < 24° Vertical Polarity) 1. General Uncontrolled Exposure Environment: The limit for general uncontrolled exposure environment is shown in RSS-102, Issue 5, Table 4. Variable Value Max Power 29668.80 W Duty Cycle (at full power) 0.021 % Max Antenna Gain 27.0 dBi Coax Loss 2.20 dB Transmit Frequency 3060 MHz Power Density 6.314 W/m2 Minimum Separation Distance 487.0 cm 2. General Controlled Exposure Environment: The limit for controlled exposure environment is shown in RSS-102, Issue 5, Table 6. Variable Value Max Power 29668.80 W Duty Cycle (at full power) 0.021 % Max Antenna Gain 27.0 dBi Coax Loss 2.20 dB Maximum Transmit Frequency 3060 MHz Power Density 35.707 W/m2 Minimum Separation Distance 204.8 cm Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 10 of 13

MPE CALCULATION Outside Beam (> 10° Horizontal Polarity, > 24° Vertical Polarity) 3. General Uncontrolled Exposure Environment: The limit for general uncontrolled exposure environment is shown in RSS-102, Issue 5, Table 4. Variable Value Max Power 29668.80 W Duty Cycle (at full power) 0.021 % Max Antenna Gain 0 dBi Coax Loss 2.20 dB Transmit Frequency 3060 MHz Power Density 6.314 W/m2 Minimum Separation Distance 21.8 cm 4. General Controlled Exposure Environment: The limit for controlled exposure environment is shown in RSS-102, Issue 5, Table 6. Variable Value Max Power 29668.80 W Duty Cycle (at full power) 0.021 % Max Antenna Gain 0 dBi Coax Loss 2.20 dB Maximum Transmit Frequency 3060 MHz Power Density 7.47 W/m2 Minimum Separation Distance 20 cm Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 11 of 13

IC MPE Diagram, 12 ft. X-Band Antenna, Top View 538 cm @ 487 cm 86 cm (10 W/m2 Uncontrolled Exposure) 36 cm 438 cm @ 205 cm (50 W/m2 Controlled Exposure) 10° Beam 21.8 cm (6.314 W/m2 Uncontrolled 366 cm Exposure) EUT 20 cm Antenna (7.47 W/m2 Minimum Exposure Distance) 9.2 cm (50 W/m2 Controlled Exposure) Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 12 of 13

IC MPE Diagram, 12 ft. X -Band Antenna, Side View 207 cm @ 487 cm (10 W/m2 Uncontrolled Exposure) 87 cm @ 205 cm (50 W/m2 Controlled Exposure) 22° Beam 21.8 cm (6.314 W/m2 Uncontrolled Exposure) Antenna EUT 20 cm (7.47 W/m2 Minimum Exposure Distance) 9.2 cm (50 W/m2 Controlled Exposure) Applicant: NAVICO RBU ITALIA S.R.L. FCC ID: 2AJJ3SRTLAN30S IC: 21849-SRTLAN30S Report: 2004AUT18_MPE TestReport_Rev1 Page 13 of 13


Document Created: 2019-02-20 16:16:30
Document Modified: 2019-02-20 16:16:30
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