B8QALDCM2Door COntrol Module

Contact our Aladdin Connect® team for help at 866-599-4995 or visit us at www.geniecompany.com ©2025 The Genie Company One Door Drive, Mt. Hope, OH 44660, USA 1-year warranty, visit www.geniecompany.com for details. Pat. www.geniecompany.com/patents AVERTISSEMENT WARNING 2. Locate the Door Control Hub with its mounting bracket and hardware. Select an installation location that meets the following listed criteria: • Should be seen and heard when garage door from anywhere inside the garage • Should be less than 30ft from the garage door opener • Should be within 5ft of standard 110v AC power outlet • Should have at least 2 bars of Wi-Fi signal when a smartphone is placed in the proposed position. If there are not at least two bars in the desired location, try these steps to improve Wi-Fi signal strength: o Make sure that the Wi-Fi router is out in the open (not concealed) o Move the Wi-Fi router closer to the garage o Purchase a Wi-Fi extender, available at most electronics stores Locations could be above the opener secured to drywall, fastened to the perforated angle that holds the opener, near the wall console or any other location that meets the above criteria. 1. Scan the QR code to download the free Aladdin Connect app and create an account. Follow in-app instructions to complete physical installation and Wi-Fi setup. You may refer to this instruction for physical installation if preferred. 3. Install the Door Control Hub: • If mounting to drywall, use the mounting bracket as a template to mark and drill 2-3/32” pilot holes. Use provided anchors as needed (FIG A). • If mounting to perforated angle at opener location, use nuts, washers and screws provided (FIG B). 4. Slide the Door Control Hub onto its mounting bracket so it snaps into place (FIG C). 5. Plug in the USB-C to the Hub and the power cord to the outlet. The Wi-Fi LED on the Hub should light up when powered on (FIG C). 6. Affix the unattended warning placard next to wall control in plain sight to signify that the door can operate remotely. Tacks or staples (not supplied) should be used if the placard does not adhere to the mounting surface (FIG G). Locate the Door Position Sensor with its mounting bracket and hardware. You will need a ladder to access the top section of your garage door. DO NOT remove the battery pull tab until directed by the app. 6. Standing inside the garage looking out, find the end stile on the far left or right of the TOP PANEL OF THE GARAGE DOOR (FIG G), directly under the top hinge. NOTE: DO NOT mount to unreinforced door panel. 7. Vertically and horizontally center the mounting bracket between the top roller bracket and first hinge. 8. Use the mounting bracket as a template to mark and pre-drill (2) 3/32 holes and use the included self-tapping screws to mount the bracket to top door panel end stile (FIG H). NOTE: DO NOT drill all the way through door. 9. Slide Door Position Sensor down onto mounting bracket until it snaps into place (FIG J). 8. Continue to follow the app instructions to setup your garage door opener brand and pair it to the Door Control Hub. You will need a ladder to access your garage door opener for these steps. ® 112612.0001 WARNING AVERTISSEMENT MOVING DOOR can cause serious injury or death. MOUVEMENT PORTE peut causer des blessures graves ou la mort. STAND CLEAR! Door could close automatically. Do Not stop or stand in doorway SE TENIR À L'ÉCART DE LA PORTE! La porte pourrait se refermer automatiquement. Ne pas arrêter ou debout dans la porte. Wall Mount Anchors (as needed) Perforated Angle Mount QR CODE FPO Contents Door Control Hub Door Control Hub Plug & Adapter Door Control Hub Mounting Bracket & Hardware Door Position Sensor, Mounting Bracket & Hardware Warning Placard 112612.0001 WARNING AVERTISSEMENT MOVING DOOR can cause serious injury or death. MOUVEMENT PORTE peut causer des blessures graves ou la mort. STAND CLEAR! Door could close automatically. Do Not stop or stand in doorway SE TENIR À L'ÉCART DE LA PORTE! La porte pourrait se refermer automatiquement. Ne pas arrêter ou debout dans la porte. FIG C FIG A FIG B FIG D Standing inside the garage, looking out, locate the end stiles of the TOP PANEL of the garage door. FIG G FIG H FIG J TO REDUCE THE RISK OF SEVERE INJURY OR DEATH, READ AND FOLLOW INSTRUCTIONS: 1. TBD waiting for Greg KNOW BEFORE YOU BEGIN: • A light will flash, and a beep will sound as indication that the door is about to move when commanded by the Aladdin Connect® or other compatible app(s). • These instructions will show the physical installation of the retrofit kit pieces only. All other instructions are defined in the app. DOWNLOAD THE APP MOUNT & POWER DOOR POSITION SENSOR MOUNT & POWER DOOR CONTROL HUB 112612.0001 WARNING AVERTISSEMENT MOVING DOOR can cause serious injury or death. MOUVEMENT PORTE peut causer des blessures graves ou la mort. STAND CLEAR! Door could close automatically. Do Not stop or stand in doorway SE TENIR À L'ÉCART DE LA PORTE! La porte pourrait se refermer automatiquement. Ne pas arrêter ou debout dans la porte. 112612.0001 WARNING AVERTISSEMENT MOVING DOOR can cause serious injury or death. MOUVEMENT PORTE peut causer des blessures graves ou la mort. STAND CLEAR! Door could close automatically. Do Not stop or stand in doorway SE TENIR À L'ÉCART DE LA PORTE! La porte pourrait se refermer automatiquement. Ne pas arrêter ou debout dans la porte. FOLLOW THE APP TO PAIR THE DOOR CONTROL HUB TO THE GARAGE DOOR OPENER

• You will need a ladder, a #2 Phillips head screwdriver, a 3/32 drill bit, and drill. • A light will flash, and a beep will sound as indication that the door is about to move when commanded by the Aladdin Connect or compatible app(s). • These instructions will show the physical installation of the retrofit kit pieces only. All other instructions are defined in the app. KNOW BEFORE YOU BEGIN DOWNLOAD THE APP & CREATE AN ACCOUNT MOUNT & POWER DOOR CONTROL HUB Placement examples 2. Install the Door Control Hub: • If mounting to drywall, use the mounting bracket as a template to mark and drill 2-3/32” pilot holes. Use provided anchors as needed (FIG A). • If mounting to perforated angle at opener location, use nuts, washers and screws provided (FIG B). 3. Slide the Door Control Hub onto its mounting bracket so it snaps into place (FIG C). 4. Plug in the USB-C to the Hub and power cord to the outlet. The Wi-Fi LED on the Hub should light up when powered on (FIG C). 5. Affix the unattended warning placard next to wall control in plain sight to signify that the door can operate remotely. Tacks or staples (not supplied) should be used if the placard does not adhere to the mounting surface (FIG C). Wall Mount Anchors (as needed) MOUNT & POWER DOOR POSITION SENSOR Locate the Door Position Sensor with its mounting bracket and hardware. You will need a ladder to access the top section of your garage door. DO NOT remove the battery pull tab until directed by the app. 1. Standing inside the garage looking out, find the end stile on the far left or right of the TOP PANEL OF THE GARAGE DOOR (FIG G), directly under the top hinge. NOTE: DO NOT mount to unreinforced door panel. 2. Vertically and horizontally center the mounting bracket between the top roller bracket and first hinge. 3. Use the mounting bracket as a template to mark and pre-drill (2) 3/32 holes and use the included self-tapping screws to mount the bracket to top door panel end stile (FIG H). NOTE: DO NOT drill all the way through door. 4. Slide Door Position Sensor down onto mounting bracket until it snaps into place (FIG I). 5. Use the app to continue Wi-Fi setup and complete installation. 42863.03010 1/26 ©2026 The Genie Company One Door Drive, Mt. Hope, OH 44660, USA 1-year warranty, visit www.geniecompany.com for details. Pat. www.geniecompany.com/patents ® For help, contact our Aladdin Connect ® team at 866-599-4995 or visit us at www.geniecompany.com READ AND FOLLOW ALL INSTALLATION INSTRUCTIONS To reduce the risk of severe injury or death to persons: • DO NOT install this product on garage door openers made prior to 1993 without safety sensors. • DO NOT install this product on one piece doors. • Install hub in a location where it can be seen and heard while standing in the door opening with the door in the open position. • This operating system is designed for unattended operation. The door could move unexpectedly. ! WARNING Contents Door Control Hub Door Control Hub Plug & Adapter Door Control Hub Mounting Bracket & Hardware Door Position Sensor, Mounting Bracket & Hardware Warning Placard 112612.0001 WARNING AVERTISSEMENT MOVING DOOR can cause serious injury or death. MOUVEMENT PORTE peut causer des blessures graves ou la mort. STAND CLEAR! Door could close automatically. Do Not stop or stand in doorway SE TENIR À L'ÉCART DE LA PORTE! La porte pourrait se refermer automatiquement. Ne pas arrêter ou debout dans la porte. 1. Scan the QR code to download the Aladdin Connect app and create an account. 2. Press the plus sign on the home screen, then select door. Follow the installation and setup instructions in the app. 1. Locate the Door Control Hub with its mounting bracket and hardware. Select an installation location that meets the following listed criteria: • Can be seen and heard from anywhere inside the garage. • Should be less than 30ft from the garage door opener. • Should be within 5ft of standard 110v AC power outlet. • Should have at least two bars of Wi-Fi signal when a smartphone is placed in the proposed position. If there are not at least two bars in the desired location, try these steps to improve Wi-Fi signal strength: -Make sure that the Wi-Fi router is out in the open (not concealed). -Move the Wi-Fi router closer to the garage. -Purchase a Wi-Fi extender, available at most electronics stores. Locations could be above the opener secured to drywall, fastened to the perforated angle that holds the opener, near the wall console or any other location that meets the above criteria. Perforated Angel Mount 112612.0001 WARNING AVERTISSEMENT MOVING DOOR can cause serious injury or death. MOUVEMENT PORTE peut causer des blessures graves ou la mort. STAND CLEAR! Door could close automatically. Do Not stop or stand in doorway SE TENIR À L'ÉCART DE LA PORTE! La porte pourrait se refermer automatiquement. Ne pas arrêter ou debout dans la porte. FIG AFIG BFIG C Standing inside the garage, looking out, locate the end stiles of the TOP PANEL of the garage door. FIG G FIG H FIG I • Remove and immediately recycle or dispose of used batteries according to local regulations and keep away from children. Do NOT dispose of batteries in household trash or incinerate. • Even used batteries may cause severe injury or death. • Call a local poison control center for treatment information. • Replace only with Type CR2450 3V batteries. • Non-rechargeable batteries are not to be recharged. • Do not force discharge, recharge, disassemble, heat above (manufacturer’s specified temperature rating) or incinerate. Doing so may result in injury due to venting, leakage or explosion resulting in chemical burns. • Ensure the batteries are installed correctly according to polarity (+ and -). • Do not mix old and new batteries, different brands or types of batteries, such as alkaline, carbon-zinc, or rechargeable batteries. • Remove and immediately recycle or dispose of batteries from equipment not used for an extended period of time according to local regula…

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Engineering Test Report No. 2502543-04 Report Date February 26, 2026 Manufacturer Name Genie Manufacturer Address 2501 S State Hwy 121 Ste 200 Lewisville, TX 75067 Product Name Brand/Model No. ALDCM2 Date Received February 10, 2026 Assessment Dates February 26, 2026 Specifications FCC "Code of Federal Regulations" Title 47 Part 1, Subpart I FCC 447498 D04 Interim General RF Exposure Guidance v01 RSS-102 Issue 6 Test Facility Elite Electronic Engineering, Inc. 1516 Centre Circle, Downers Grove, IL 60515 Signature Tested by Javier Cardenas Signature Approved by Raymond J. Klouda, Re gistered Professional Engineer of Illinois – 44894 PO Number 979347 This report is for your exclusive use. Any copying or replication of this report to or for any other person or entity, or use of our name or trademark, is permitted only with our prior written permission. This report sets forth our findings solely with respect to the test samples identified herein. The results set forth in this report are not indicative or representative of the quality or characteristics of the lot from which a test sample was taken or any similar or identical product unless specifically and expressly noted. Our report includes the results thereof based upon the information that you provided to us. You have 60 days from date of issuance of this report to notify us of any material error or omission caused by our negligence, provided, however, that such notice shall be in writing and shall specifically address the issue you wish to raise. A failure to raise such issue within the prescribed time shall constitute your unqualified acceptance of the completeness of this report, the tests conducted and the correctness of the report contents. This report shall not be reproduced, except in full, without the written approval of Elite Electronic Engineering Inc. The data presented in this test report pertains to the EUT on the test dates specified. Additionaly, the assessment results presented in this test report are only valid at the separation distance(s) stated in section 7. The results in this test report shall not be used to claim product exemption or comformity at separation distances not covered in this report. Any electrical or mechanical modifications made to the EUT subsequent to the specified test date will serve to invalidate the data and void this certification. This report must not be used to claim product certification, approval, or endorsement by A2LA, NIST, or any agency of the Federal Government. Engineering Test Report No. 2502543-04 This report shall not be reproduced, except in full, without the written approval of Elite Electronic Engineering Inc. Page 2 of 23 Table of Contents 1. Report Revision History ........................................................................................................................... 3 2. Introduction .............................................................................................................................................. 4 3. Subject of Investigation ............................................................................................................................ 4 4. Standards and Requirements .................................................................................................................. 4 5. Photographs of EUT ................................................................................................................................ 5 6. Limits and Requirements ......................................................................................................................... 6 6.1. Requirements mandated by the FCC ...................................................................................................... 6 6.2. Requirements mandated by Innovation, Science and Economic Development Canada ........................ 7 7. Assessment Results ................................................................................................................................ 8 7.1. RF Exposure Evaluation Pertinent to the Requirements of the FCC of Multiple Standalone Source(s) . 8 7.2. RF Exposure Evaluation Pertinent to the Requirements of the FCC of Multiple RF Source(s) with Simultaneous Transmission .................................................................................................................................. 9 7.3. RF Exposure Evaluation Relevant to the Requirements of the ISED of Multiple Standalone Source(s) 10 7.4. RF Exposure Evaluation Relevant to the Requirements of the ISED of Multiple Source(s) with Simultaneous Transmission ................................................................................................................................ 11 8. Statement of Compliance ....................................................................................................................... 11 9. Scope of Accreditation ........................................................................................................................... 13 Engineering Test Report No. 2502543-04 Page 3 of 23 1. Report Revision History Revision Date Description – 3 MAR 2026 Initial Release of Engineering Test Report No. 2502543-04 Engineering Test Report No. 2502543-04 Page 4 of 23 2. Introduction The FCC, Innovation, Science and Economic Development Canada, European Union and Australia/New Zealand publish standards regarding the evaluation of the RF Exposure hazard of radio communications devices. An evaluation has been performed on the Genie Door Controller Module, Model No. ALDCM2 pursuant to the relevant requirements. 3. Subject of Investigation This document presents the demonstration of RF Exposure compliance on a Door Controller Module, (hereinafter referred to as the Equipment under Test (EUT)). The EUT was identified as follows: EUT Identification Description Door Controller Module Model/Part No. ALDCM2 S/N Antenna Port Conducted Sample The EUT is capable of operating in the followin…

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Engineering Test Report No. 2502543-01 Page 186 of 210 Test Setup for Radiated Spurious Emissions: 30MHz to 1GHz, Horizontal Polarization Test Setup for Radiated Spurious Emissions: 30MHz to 1GHz, Vertical Polarization Engineering Test Report No. 2502543-01 Page 187 of 210 Test Setup for Radiated Spurious Emissions: 1GHz to 4.5GHz, Horizontal Polarization Test Setup for Radiated Spurious Emissions: 1GHz to 4.5GHz, Vertical Polarization

Engineering Test Report No. 2502543-01 Page 158 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Short Length Date : 2/12/2026 1:48:53 PM Notes : Genie 12 Switch / 2 Position Dip Switch, 1993-1995 TRACE1 : Normal Peak (dBμV) Trace 퐷푢푡푦 퐶푦푐푙푒 퐹푎푐푡표푟 ( 푑퐵 ) =20×log ଵ଴ 0.13푚푠푒푐+ ( 12 × 0.208푚푠푒푐 ) + ( 35 × 0.192푚푠푒푐 ) + ( 37 × 0.384푚푠푒푐 ) 100푚푠푒푐 =−12.56푑퐵 Engineering Test Report No. 2502543-01 Page 159 of 210 Test Details Manufacturer Genie Equipment Under Test Door Controller Module Model No. ALDCM2 Part No. 42745A Serial No. Antenna Port Conducted Sample Mode Tx Frequency Tested 390MHz Result Duty Cycle Factor = -13.24dB Notes Chamberlain 9 Switch / 3 Position Dip Switch Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Word Length Date : 2/11/2026 1:44:12 PM Notes : Chamberlain 9 Switch / 3 Position Dip Switch TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 160 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Preamble Length Date : 2/11/2026 1:45:35 PM Notes : Chamberlain 9 Switch / 3 Position Dip Switch TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 161 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Short Length Date : 2/11/2026 1:47:28 PM Notes : Chamberlain 9 Switch / 3 Position Dip Switch TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 162 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Medium Length Date : 2/11/2026 1:48:07 PM Notes : Chamberlain 9 Switch / 3 Position Dip Switch TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 163 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Long Length Date : 2/11/2026 1:48:39 PM Notes : Chamberlain 9 Switch / 3 Position Dip Switch TRACE1 : Function plot of Max Hold Peak 퐷푢푡푦 퐶푦푐푙푒 퐹푎푐푡표푟 ( 푑퐵 ) =20×log ଵ଴ 0.13푚푠푒푐+ ( 5×1푚푠푒푐 ) + ( 3×2푚푠푒푐 ) + ( 3×3푚푠푒푐 ) 92.4푚푠푒푐 =−13.24푑퐵 Engineering Test Report No. 2502543-01 Page 164 of 210 Test Details Manufacturer Genie Equipment Under Test Door Controller Module Model No. ALDCM2 Part No. 42745A Serial No. Antenna Port Conducted Sample Mode Tx Frequency Tested 390MHz Result Duty Cycle Factor = -6.34dB Notes Genie 12 Switch / 2 Position Dip Switch, 1993-1995 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Word Length Date : 2/12/2026 1:44:28 PM Notes : Genie 12 Switch / 2 Position Dip Switch, 1993-1995 TRACE1 : Normal Peak (dBμV) Trace Engineering Test Report No. 2502543-01 Page 165 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Preamble Length Date : 2/12/2026 1:46:56 PM Notes : Genie 12 Switch / 2 Position Dip Switch, 1993-1995 TRACE1 : Normal Peak (dBμV) Trace Engineering Test Report No. 2502543-01 Page 166 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Short Length Date : 2/12/2026 1:48:53 PM Notes : Genie 12 Switch / 2 Position Dip Switch, 1993-1995 TRACE1 : Normal Peak (dBμV) Trace 퐷푢푡푦 퐶푦푐푙푒 퐹푎푐푡표푟 ( 푑퐵 ) =20×log ଵ଴ ( 16 × 0.05푚푠푒푐 ) + ( 48 × 0.024푚푠푒푐 ) 4.05푚푠푒푐 =−6.34푑퐵 Engineering Test Report No. 2502543-01 Page 167 of 210 Test Details Manufacturer Genie Equipment Under Test Door Controller Module Model No. ALDCM2 Part No. 42745A Serial No. Antenna Port Conducted Sample Mode Tx Frequency Tested 390MHz Result Duty Cycle Factor = -6.28dB Notes Genie 9 Switch / 2 Position Dip Switch, 1993-1995 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Word Length Date : 2/12/2026 1:50:35 PM Notes : Genie 9 Switch / 2 Position Dip Switch, 1993-1995 TRACE1 : Normal Peak (dBμV) Trace Engineering Test Report No. 2502543-01 Page 168 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Preamble Length Date : 2/12/2026 1:51:16 PM Notes : Genie 9 Switch / 2 Position Dip Switch, 1993-1995 TRACE1 : Normal Peak (dBμV) Trace Engineering Test Report No. 2502543-01 Page 169 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Short Length Date : 2/12/2026 1:53:14 PM Notes : Genie 9 Switch / 2 Position Dip Switch, 1993-1995 TRACE1 : Normal Peak (dBμV) Trace 퐷푢푡푦 퐶푦푐푙푒 퐹푎푐푡표푟 ( 푑퐵 ) =20×log ଵ଴ ( 16 × 0.05푚푠푒푐 ) + ( 48 × 0.024푚푠푒푐 ) 4.053푚푠푒푐 =−6.28푑퐵 Engineering Test Report No. 2502543-01 Page 170 of 210 Test Details Manufacturer Genie Equipment Under Test Door Controller Module Model No. ALDCM2 Part No. 42745A Serial No. Antenna Port Conducted Sample Mode Tx Frequency Tested 390MHz Result Duty Cycle Factor = -12.51dB Notes OHD 9 Switch / 3 Position Dip Switch, 1993-1995 Duty Cycle Factor Mea…

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Engineering Test Report No. 2502543-01 Page 141 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Short Length Date : 2/11/2026 11:43:05 AM Notes : Genie Intellicode® I, 1995-current TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 142 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Long Length Date : 2/11/2026 11:43:24 AM Notes : Genie Intellicode® I, 1995-current TRACE1 : Function plot of Max Hold Peak 퐷푢푡푦 퐶푦푐푙푒 퐹푎푐푡표푟 ( 푑퐵 ) =20×log ଵ଴ 0.13푚푠푒푐+ ( 12 × 0.165푚푠푒푐 ) + ( 37 × 0.192푚푠푒푐 ) + ( 29 × 0.384푚푠푒푐 ) 100푚푠푒푐 =−13.83푑퐵 Engineering Test Report No. 2502543-01 Page 143 of 210 Test Details Manufacturer Genie Equipment Under Test Door Controller Module Model No. ALDCM2 Part No. 42745A Serial No. Antenna Port Conducted Sample Mode Tx Frequency Tested 390MHz Result Duty Cycle Factor = -15.28dB Notes Chamberlain Orange/Red Learn Button, Security +®, 21996-2005 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Word Length Date : 2/11/2026 12:30:40 PM Notes : Chamberlain Orange/Red Learn Button, Security +®, 1996-2005 TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 144 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Preamble Length Date : 2/11/2026 12:31:37 PM Notes : Chamberlain Orange/Red Learn Button, Security +®, 1996-2005 TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 145 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Short Length Date : 2/11/2026 12:32:55 PM Notes : Chamberlain Orange/Red Learn Button, Security +®, 1996-2005 TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 146 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Medium Length Date : 2/11/2026 12:36:48 PM Notes : Chamberlain Orange/Red Learn Button, Security +®, 1996-2005 TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 147 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Long Length Date : 2/11/2026 12:33:34 PM Notes : Chamberlain Orange/Red Learn Button, Security +®, 1996-2005 TRACE1 : Function plot of Max Hold Peak 퐷푢푡푦 퐶푦푐푙푒 퐹푎푐푡표푟 ( 푑퐵 ) =20×log ଵ଴ 0.13푚푠푒푐+ ( 13 × 0.48푚푠푒푐 ) + ( 2 × 0.98푚푠푒푐 ) + ( 6 × 1.48푚푠푒푐 ) 100푚푠푒푐 =−15.28푑퐵 Engineering Test Report No. 2502543-01 Page 148 of 210 Test Details Manufacturer Genie Equipment Under Test Door Controller Module Model No. ALDCM2 Part No. 42745A Serial No. Antenna Port Conducted Sample Mode Tx Frequency Tested 390MHz Result Duty Cycle Factor = -7.05dB Notes Chamberlain Yellow Learn Button, Security +2.0®, 2011-current Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 315MHz Parameters : Word Length Date : 2/13/2026 11:15:32 AM Notes : Chamberlain Yellow Learn Button, Security +2.0®, 2011-current TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 149 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 315MHz Parameters : Short Length Date : 2/13/2026 11:16:49 AM Notes : Chamberlain Yellow Learn Button, Security +2.0®, 2011-current TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 150 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 315MHz Parameters : Long Length Date : 2/13/2026 11:17:38 AM Notes : Chamberlain Yellow Learn Button, Security +2.0®, 2011-current TRACE1 : Function plot of Max Hold Peak 퐷푢푡푦 퐶푦푐푙푒 퐹푎푐푡표푟 ( 푑퐵 ) =20×log ଵ଴ 0.13푚푠푒푐+ ( 44 × 0.238푚푠푒푐 ) + ( 9 × 0.51푚푠푒푐 ) 34.2푚푠푒푐 =−7.05푑퐵 Engineering Test Report No. 2502543-01 Page 151 of 210 Test Details Manufacturer Genie Equipment Under Test Door Controller Module Model No. ALDCM2 Part No. 42745A Serial No. Antenna Port Conducted Sample Mode Tx Frequency Tested 390MHz Result Duty Cycle Factor = -13.04dB Notes Chamberlain Green Learn Button, Billion Code®, 1993-1995 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Word Length Date : 2/11/2026 1:25:17 PM Notes : Chamberlain Green Learn Button, Billion Code®, 1993-1995 TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 152 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Preamble Length Date : 2/11/2026 1:26:09 PM Notes : Chamberlain Green Learn Button, Billion Code®, 1993-1995 TRACE1 : Function plot of Max Hold Peak Engineering Test Report No. 2502543-01 Page 153 of 210 Duty Cycle Factor Measurements Manufacturer : Genie Model Number : EDCM87 Serial Number : Antenna Port Conducted Sample Mode : Tx Line Tested : Antenna Port - 390MHz Parameters : Short Lengt…

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Engineering Test Report No. 2502543-01 Page 122 of 210 Duty Cycle Factor Measurements…

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