WP3TOWER32PG2POWERG WIRELESS PIR MOTION MIRROR DETECTOR WITH ANTI-MASKING

D-303780 TOWER-32AM PG2, TOWER-32AM K9 PG2 Installation Instructions 1 TOWER TOWERTOWER TOWER- -- -32AM 32AM32AM 32AM PG2 / PG2 /PG2 / PG2 / TOWER TOWERTOWER TOWER- -- -32AM 32AM32AM 32AM K9 PG2 K9 PG2K9 PG2 K9 PG2 Wireless PowerG, Dual Technology, Mirror, PIR Motion Detector with Anti-mask Installation Instructions 1. INTRODUCTION 1. INTRODUCTION1. INTRODUCTION 1. INTRODUCTION The TOWER-32AM PG2 and TOWER-32AM K9 PG2 (pet-immune) Dual Technology are 2-way, microprocessor-controlled, wireless digital mirror PIR detectors which include the following features: • Adaptive Active Infra-Red Anti-Masking technology providing the most advanced reliable protection against intentional masking attempts (patent pending) • Includes a fully supervised PowerG transceiver. • 24 GHz K-band microwave module. • Incorporates patent pending black mirrors for extremely high white light immunity. • Advanced elliptical / parabolic mirror technology (patent pending) • Provides multiple curtain coverage (patent pending) • V-slot® optic technology (patent pending) for improved robustness, anti-vandalism and for very high reliability. • Creep zone protection • TOWER-32AM K9 PG2 can distinguish between human beings and pets weighing up to 18 kg (40 lb) • The advanced True Motion Recognition™ algorithm (patented) allows distinguishing between the true motion of an intruder and any other disturbances which may cause false alarms. • Built-in auto diagnostic for both PIR and microwave detectors. • Built-in link quality indicators; no need for the installer to physically approach the control panel thus making installation faster and easier. • No vertical adjustment is needed. • Motion event counter determines whether 1 or 2 consecutive motion events will trigger an alarm. • Automatic termination of walk-test after 15 minutes. • Microprocessor controlled, digital TMR signal processing with dual-slope digital temperature compensation. • Sealed chamber protects the optical system. • Front and back tamper protection. • Microwave anti-masking • Disguise mode that detects an intruder who cloaks his IR radiation C B A A. Screw cover B. LED C. PIR optical window Figure 1. General View 2 22 2. . . . INSTALLATION INSTALLATIONINSTALLATION INSTALLATION 2.1 General Guidance (see Fig. 2) 1. Keep away from heat sources. 2. Do not expose to air drafts. 3. Do not install outdoors. 4. Avoid direct sunshine. 5. Keep wiring away from power cables. 6. Do not install behind partitions. 7. Mount on solid stable surface. 123 456 7 Figure 2. General Guidelines Important! The detector is immune to 38 kg (85 lb) animals moving on the floor or climbing on furniture as long as the activity takes place below 1 m (3 ft). Above the 1 m (3 ft) height limit, the detector is immune to 19 kg (42 lb) pets, but the pet immunity will decrease as the pet gets closer to the detector. It is therefore recommended to select a mounting location that minimizes potential close proximity of animals. WARNING! To comply with FCC and IC RF exposure compliance requirements, the PIR detector should be located at a distance of at least 20 cm from all persons during normal operation. The antennas used for this product must not be co-located or operated in conjunction with any other antenna or transmitter. 2 D-303780 TOWER-32AM PG2, TOWER-32AM K9 PG2 Installation Instructions 2.2 Mounting 1 2 3 4 a b C a b C Note: For the desired detector's range and height, use mounting holes a or b, as specified in the table. 6 1.8 7 2.1 8 2.4 9 2.7 10 3.0 ft m b a b b a a b b a a a b b b b b 15 6 30 9 45 12 60 ft 15 m A B a – upper surface (without downward tilt) b – lower surface (with downward tilt) 5 6 D E F D-303780 TOWER-32AM PG2, TOWER-32AM K9 PG2 Installation Instructions 3 1. On the indicated location, lift the screw cover upward using your thumb. 2. Release the screw and open the cover in the direction shown by the arrow. 3. Insert a screwdriver into the slot and then push inward to separate the base from the cover. 4. Set the desired detector range. 5. Insert battery while observing polarity. A. Mounting height B. Coverage range C. Break-away base segment (shaded) D. Enroll button (use a screwdriver to press the recessed button) E. Battery F. Tamper switch CAUTION! THE BACK TAMPER SWITCH WILL NOT PROTECT THE UNIT UNLESS THE BREAK-AWAY BASE SEGMENT IS SECURED TO THE WALL WITH AT LEAST ONE SCREW. CAUTION! RISK OF EXPLOSION IF BATTERY IS REPLACED BY AN INCORRECT TYPE. DISPOSE OF USED BATTERY ACCORDING TO MANUFACTURER'S INSTRUCTIONS. Figure 3. Mounting 2.3. Enrollment Refer to the PowerMaster control panel's Installer Guide and follow the procedure under the "02:ZONES/DEVICES" option of the Installer Menu. A general description of the procedure is provided in the following flow chart. Step 1 Step 2 Step 3 Step 4 Step 5 Enter the Installer menu and select “02:ZONES/DEVICES” Select "ADD NEW DEVICE" See Note 1 Enroll the device or enter the device ID Select the desired detector number for the new detector Configure Location, Zone Type & Chime Parameters



Step 6 Step 7 Step 8 Enter PARTITIONS. See Note 2 Assign partitions to the detector by pressing the , and buttons on the panel Select the "DEV SETTINGS" option and refer to the section below to configure the detector parameters.



means scroll and select Notes: 1. If the detector is already enrolled, you can configure the detector parameters and assign partitions via the “Modify Devices” option – see Step 2. 2. PARTITIONS will appear only if PARTITIONING was previously enabled in a panel that supports the Partitioning feature (for further details, see "Partitioning" in the PowerMaster Installer Guide). 2.4. Configuring the Detector Parameters Enter the menu and follow the configuration instructions for the TOWER-32AM PG2 PIR detector as described in the following table. Option Configuration Instructions Define whether or not the alarm LED indication will be activated. Optional settings: ON (default) and OFF. Define the d…

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Visonic Ltd. 24 Habarzel Street P.O.Box 22020 Tel-Aviv 69710, Israel Tele: +972 3 645 6789 Fax: +972 3 645 6788 www.visonic.com 07 February 2012 Letter of individual Authorization to sign Form 731 To: Timco Engineering Inc. To Whom It May Concern We hereby authorize Shaike Raz of ITL as an authorized individual to sign Form 731 on behalf of Visonic Ltd for the FCC ID: WP3TOWER32PG2 application. Thank you, Arick Elshtein International Compliance Manager Visonic Ltd.

Visonic Ltd. 24 Habarzel Street P.O.Box 22020 Tel-Aviv 69710, Israel Tele: +972 3 645 6789 Fax: +972 3 645 6788 www.visonic.com Date: 07 February 2013 Federal Communications Commission Authorization and Evaluation Division Subject: Confidentiality Request regarding application for certification of FCC ID: WP3TOWER32PG2 Dear Sirs Pursuant to Sections 0.457 and 0.459 of the Commission’s Rules, we hereby request confidential treatment of information accompanying this application as outlined below: CONF APPENDIX TOWER-32 AM PG2 BlkDia.pdf CONF APPENDIX TOWER-32 AM PG2 PartsLst.pdf CONF APPENDIX TOWER-32 AM PG2 Schem.pdf The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Sincerely, Arick Elshtein International Compliance Manager Visonic Ltd.

Visonic Ltd. 24 Habarzel Street P.O.Box 22020 Tel-Aviv 69710, Israel Tele: +972 3 645 6789 Fax: +972 3 645 6788 www.visonic.com 07 February 2013 To: Timco Engineering Inc. To Whom It May Concern We hereby authorize Shaike Raz of ITL to act on the behalf of Visonic Ltd, regarding the FCC ID Certification process for the following application FCC ID: WP3TOWER32PG2 Thank you, Arick Elshtein International Compliance Manager Visonic Ltd.

1. Compliance with 15.247(a)(1): 1. The system is a star-topology, time-synchronized network. 2. The timeline of the network is divided into time-slots. The duration of one time-slot is 15.6 milisecond. This means that there are 64 time-slots every second 3. At the beginning of every time-slot, every element of the network (i.e. network-coordinator and all end-nodes) calculates the proper frequency channel for that time-slot. This means that system switches frequency channel 64 times every second. 4. Every element in the network (network-coordinator and all end-nodes) calculates the proper frequency channel in the following way: 1. The system clock is first AES-128 encrypted. Then the proper frequency channel is derived as a function of the encrypted system clock 2. Since the system clock rolls over every 1.5 days, the hopping sequence is 1.5 days long 3. Since the frequency channel number is a function of the encrypted system clock (and since the system clock changes constantly) the hopping sequence is both pseudo-random and evenly distributed (this is a fundamental concept in encryption theory, otherwise, the encryption would have been useless). Evenly distributed frequency hopping sequence means that each frequency is used equally on the average by each transceiver 5. The bandwidth of a frequency channel (and hence the receiver bandwidth) is set to ~130KHz. The bandwidth is selected to be ~130KHz to accommodate ~100KHz signal bandwidth (50kbps, GFSK modulation and 25KHz deviation yields an effective bandwidth of ~100KHz and 20dB bandwidth of ~129KHz) 6. I'm attaching a file with an example of the hopping sequence. The channels are numbered 0 to 49 (i.e. 50 channels). I captured ~4500 hops. 2. Compliance with 15.247(g) and 15.247(h): 1. The system is a star-topology, time-synchronized, time-slotted network 2. The system comprises one network-coordinator (control panel) and multiple end-nodes (devices). 3. Each end-node has an attached sensor. The end-node wakes up periodically (typically every 10s seconds) and samples the sensor. After sampling the sensor, the end-node selects the next available time-slot and transmits a short burst (message) comprising the data sampled from the sensor (the message is less than one time-slot length, i.e. less than 15.6 milisecond length) 4. The short burst is sent at the proper frequency channel, the one associated with the time-slot in which the message is sent 5. The system uses 50 frequency channels. The hopping sequence is 1.5 days long, and since it derived as a function of the encrypted system clock it is both pseudo-random and evenly distributed. Over time, both transmissions from a certain end-node and the overall transmissions from all end-nodes are both pseudo-random and evenly distributed. 6. No coordination of frequency hopping systems, in any manner, for the express purpose of avoiding the simultaneous occupancy of individual hopping frequencies by multiple transmitters is incorporate in the system

Channels.txt 41 48 5 13 13 15 47 9 30 23 15 15 13 43 12 49 23 45 26 36 34 16 15 0 27 48 37 48 1 17 28 12 16 28 46 19 14 46 9 33 30 0 34 30 24 28 8 27 49 6 16 27 32 23 29 45 34 10 49 45 17 4 47 45 34 10 26 27 Page 1 Channels.txt 33 6 4 31 37 9 43 2 5 29 3 18 39 49 38 34 31 41 23 7 48 19 49 3 40 29 27 36 47 15 8 30 27 25 42 24 39 26 35 49 16 41 17 43 16 17 39 7 6 18 4 21 21 12 43 30 29 49 47 21 44 42 15 41 17 49 16 0 Page 2 Channels.txt 2 7 26 38 21 10 24 43 7 13 45 20 26 33 45 44 14 31 45 9 37 48 15 1 16 39 39 41 4 47 42 23 11 24 5 44 9 26 22 15 33 35 12 16 3 15 1 42 23 36 29 43 6 18 48 16 31 32 40 3 5 16 25 11 23 12 9 26 Page 3 Channels.txt 31 32 0 36 45 23 44 34 41 1 7 35 23 13 25 5 35 11 8 24 34 42 16 40 5 19 23 25 3 31 35 37 28 23 18 12 15 31 21 30 49 6 30 28 27 24 42 21 28 38 27 25 11 25 3 40 33 5 28 24 17 5 6 33 12 33 38 14 Page 4 Channels.txt 46 33 5 36 17 11 4 47 7 46 38 34 17 47 9 38 15 3 36 20 1 44 5 48 45 30 12 38 25 5 48 9 39 39 0 43 0 28 34 20 13 13 23 14 46 33 46 20 41 22 32 6 35 10 32 25 18 25 30 7 7 10 16 22 33 43 41 17 Page 5 Channels.txt 39 15 40 2 9 7 10 16 29 45 22 19 2 46 11 6 5 3 16 39 15 12 30 23 33 35 0 10 18 13 30 43 49 18 30 6 17 47 3 25 49 36 12 28 19 49 37 32 48 15 5 15 18 44 13 8 48 6 31 18 34 43 37 22 28 32 47 20 Page 6 Channels.txt 9 49 41 40 34 43 35 1 35 27 37 43 22 37 48 23 5 9 49 3 43 17 17 30 30 19 15 6 38 17 21 3 8 35 35 32 0 42 47 11 8 3 18 9 1 30 10 25 44 35 5 4 23 8 26 8 20 25 25 34 4 45 38 36 24 14 32 44 Page 7 Channels.txt 31 17 33 13 5 29 10 10 31 24 48 41 27 37 43 37 46 47 31 40 14 5 1 28 32 29 40 31 48 0 46 47 10 45 28 25 0 14 32 15 4 37 35 24 36 17 8 19 38 6 13 47 22 43 13 11 46 36 43 22 23 20 2 19 30 2 45 6 Page 8 Channels.txt 14 7 11 37 8 21 42 2 12 37 25 30 0 44 45 7 32 8 37 0 2 1 3 46 24 13 13 0 21 45 13 4 3 28 21 37 25 8 1 47 25 9 1 2 25 22 33 43 18 26 38 23 46 44 7 7 8 46 19 6 42 3 3 10 33 37 16 5 Page 9 Channels.txt 13 13 5 44 32 4 2 44 13 9 24 49 28 34 3 41 15 8 16 34 16 25 40 36 49 48 7 18 35 16 13 5 30 17 10 10 0 5 4 26 19 25 0 4 7 32 19 12 23 20 22 0 14 13 7 49 24 37 48 14 35 47 30 11 30 25 12 44 Page 10 Channels.txt 8 33 0 25 20 5 4 14 38 23 31 44 26 28 6 4 36 49 40 45 9 38 15 6 21 27 21 31 39 19 40 44 34 27 39 15 2 28 49 3 42 44 20 32 30 38 2 31 18 39 3 7 10 45 29 28 16 40 11 24 33 44 1 15 48 6 5 47 Page 11 Channels.txt 34 18 35 8 29 38 39 45 6 0 31 47 20 12 46 25 14 13 29 8 0 29 37 32 46 49 35 40 47 47 48 8 38 3 28 49 39 8 20 7 34 22 36 3 19 46 34 33 5 47 2 22 3 11 2 18 45 30 31 3 35 30 21 2 48 42 0 17 Page 12 Channels.txt 46 23 40 46 47 3 21 43 9 27 34 19 0 18 8 10 10 12 40 30 44 37 0 34 17 46 27 41 44 0 2 1 15 3 47 25 39 33 23 1 47 19 21 13 30 9 11 26 4 38 35 26 5 45 47 31 7 28 13 37 31 6 33 35 21 32 33 13 Page 13 Channels.txt 43 9 26 15 39 45 6 41 15 26 49 45 6 12 24 16 38 37 46 8 19 3 12 43 42 13 8 28 16 17 24 19 43 9 7 40 4 10 46 3 3 6 17 40 13 34 33 24 39 47 29 5 37 36 26 30 17 37 28 25 33 13 36 33 9 3 32 6 Page 14 Channels.txt 24 7 29 3 37 21 47 36 38 32 14 8 30 1 40 48 5 22 4 40 44 38 13 48 47 45 8 29 10 5 19 29 32 33 24 20 15 39 5 29 25 43 46 43 33 38 37 23 16 49 0 45 14 2 0 40 43 43 49 2 4 33 18 10 35 34 44 5 Page 15 Channels.txt 14 17 21 19 19 18 9 35 31 38 45 38 29 49 16 32 20 28 20 9 0 26 15 29 9 30 46 16 49 47 46 4 11 8 26 8 7 3 32 4 5 37 5 47 46 38 33 19 9 47 3 11 47 40 33 31 18 14 38 40 47 44 14 44 38 11 8 32 Page 16 Channels.txt 4 43 46 12 24 13 29 20 40 41 5 23 31 3 39 22 11 6 12 25 23 10 31 25 30 35 41 19 7 36 2 1 25 0 49 9 17 25 16 12 28 31 31 42 5 22 17 26 21 14 0 4 28 22 21 13 41 22 39 1 1 46 13 4 28 13 21 8 Page 17 Channels.txt 20 17 46 9 32 41 2 39 37 41 30 33 9 8 3 2 6 17 4 15 39 39 45 2 28 35 0 34 48 38 37 36 46 34 43 26 15 9 22 22 5 18 31 38 19 5 33 13 41 15 36 5 21 11 41 39 20 18 23 10 31 1 44 49 49 5 7 18 Page 18 Channels.txt 13 39 41 44 33 23 43 40 36 29 45 49 26 31 18 9 28 36 0 28 32 45 11 38 19 15 3 44 16 31 46 35 44 48 6 18 22 37 1 48 27 10 39 20 45 40 13 38 11 2 4 48 48 11 11 28 25 48 13 45 28 7 11 29 4 40 41 45 Page 19 Channels.txt 6 12 3 24 2 31 32 20 0 30 20 32 2 44 34 1 2 23 35 40 31 39 13 36 2 29 38 12 16 30 31 2 28 2 25 43 12 13 13 32 10 24 4 38 12 6 38 35 10 13 39 8 10 23 23 42 28 47 36 12 35 0 37 3 36 34 9 11 Page 20 Channels.txt 13 23 3 0 3 32 41 15 45 36 35 14 11 13 36 13 49 16 26 40 49 23 0 41 34 45 9 1 26 4 11 48 33 1 42 31 27 37 41 42 31 16 20 48 6 21 39 6 46 3 44 46 36 20 34 38 13 38 47 35 44 40 21 4 28 36 32 22 Page 21 Channels.txt 49 3 10 23 28 8 49 33 44 35 17 35 19 17 38 15 48 48 30 39 21 37 37 48 17 1 33 20 32 45 19 21 36 13 12 31 38 34 44 25 24 37 26 9 47 2 22 45 16 12 19 14 22 22 33 1 19 44 9 4 18 48 4 5 44 3 3 23 Page 22 Channels.txt 44 46 0 2 13 37 38 24 46 12 21 19 36 33 29 15 7 24 10 26 48 22 48 2 7 43 31 41 7 36 5 8 23 33 0 38 19 15 7 25 22 49 20 34 23 47 17 26 24 37 12 21 1 12 1 32 48 3 27 40 13 5 45 38 44 39 7 33 Page 23 Channels.txt 33 38 19 5 21 0 37 49 13 33 21 38 27 31 17 12 47 49 23 33 43 24 26 43 4 1 22 3 2 34 27 44 5 32 27 37 8 0 19 1 3 36 24 8 13 18 43 21 47 35 40 39 46 30 24 44 39 46 19 40 34 8 4 9 27 35 45 25 Page 24 Channels.txt 40 41 34 1 10 49 13 24 49 23 13 29 0 36 11 32 49 20 26 0 19 41 0 21 42 23 33 47 30 31 34 5 4 17 7 11 31 6 15 6 18 33 19 49 48 25 34 34 47 16 45 14 19 9 32 16 30 16 5 38 1 19 32 0 6 2 16 6 Page 25 Channels.txt 2 2 46 37 30 32 16 8 44 27 4 12 0 26 29 38 34 35 32 15 16 41 37 9 7 12 3 42 30 8 36 23 21 16 32 34 5 34 30 26 15 25 13 41 34 42 33 11 33 23 42 34 5 37 28 30 40 44 38 19 7 22 25 49 3 2 47 43 Page 26 Channels.txt 32 8 16 43 27 31 3 22 37 33 12 8 6 46 48 29 40 37 9 13 0 5 11 28 17 24 3 5 45 10 42 36 11 29 2 19 46 33 16 33 36 42 0 25 8 28 21 37 30 22 11 48 17 39 31 48 24 29 12 41 30 9 49 46 44 29 18 46 Page 27 Channels.txt 14 40 14 26 16 33 32 29 8 40 23 39 26 28 1 11 24 44 42 43 15 46 15 9 32 21 40 46 27 28 11 13 25 29 2 33 46 32 33 26 9 41 35 16 21 12 12 4 20 39 25 41 26 45 12 41 29 8 0 26 37 11 45 23 41 28 45 4 Page 28 Channels.txt 3 32 33 14 13 7 21 32 38 15 18 11 8 3 37 34 10 3 38 5 27 12 14 21 41 18 24 3 46 36 5 2 0 43 10 16 7…

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Visonic Ltd. 24 Habarzel Street P.O.Box 22020 Tel-Aviv 69710, Israel Tele: +972 3 645 6789 Fax: +972 3 645 6788 www.visonic.com Date: 07 February 2013 To Whom It May Concern I hereby declare that there is no tune-up procedure for: FCC ID: WP3TOWER32PG Thank you, Arick Elshtein

Test Report E119811.00 Visonic Ltd. Page 1 of 46 FCC ACC M Ver 1.2 28 February 2011 DATE: 11 February 2013 I.T.L. (PRODUCT TESTING) LTD. FCC Radio Test Report for Visonic Ltd. Equipment under test: PowerG Wireless PIR Motion Mirror Detector with Anti-masking Tower-32 AM PG2 (916 MHz) TOWER-32AM K9 PG2 (916 MHz)* * See customer’s declaration on page 6. Written by: _____________________________ D. Shidlowsky, Documentation Approved by: _____________________________ A. Sharabi, Test Engineer Approved by: _____________________________ I. Raz, EMC Laboratory Manager This report must not be reproduced, except in full, without the written permission of I.T.L. (Product Testing) Ltd. This report relates only to items tested. Test Report E119811.00 Visonic Ltd. Page 2 of 46 FCC ACC M Ver 1.2 28 February 2011 Measurement/Technical Report for Visonic Ltd. PowerG Wireless PIR Motion Mirror Detector with Anti-masking Tower-32 AM PG2 (916 MHz) Tower-32 AM K9 PG2 (916 MHz) FCC ID: WP3TOWER32PG2 This report concerns: Original Grant: X Class I Change: Class II Change: Equipment type: Frequency Hopping Spread Spectrum Limits used: 47CFR15 Section 15.247 Measurement procedures used are FCC Public Notice DA-00-705 and ANSI C63.4: 2003. Application for Certification Applicant for this device: prepared by: (different from "prepared by") Ishaishou Raz Arik Elshtein ITL (Product Testing) Ltd. Visonic Ltd. Kfar Bin Nun 24 Habarzel St. D.N. Shimshon 99780 Tel-Aviv 69710 Israel Israel e-mail [email protected] Tel: +972-3 -645-6789 Fax +972-3- 645-6788 e-mail: [email protected] Test Report E119811.00 Visonic Ltd. Page 3 of 46 FCC ACC M Ver 1.2 28 February 2011 TABLE OF CONTENTS 1. GENERAL INFORMATION ------------------------------------------------------------------------------- 5 1.1 Administrative Information ................................................................................. 5 1.2 List of Accreditations ......................................................................................... 7 1.3 Product Description ........................................................................................... 8 1.4 Test Methodology .............................................................................................. 8 1.5 Test Facility ....................................................................................................... 8 1.6 Measurement Uncertainty ................................................................................. 9 2. SYSTEM TEST CONFIGURATION --------------------------------------------------------------------10 2.1 Justification ...................................................................................................... 10 2.2 EUT Exercise Software ................................................................................... 10 2.3 Special Accessories ........................................................................................ 10 2.4 Equipment Modifications ................................................................................. 10 2.5 Configuration of Tested System ...................................................................... 10 3. RADIATED MEASUREMENT TEST SET-UP PHOTOS -----------------------------------------11 4. 20DB MINIMUM BANDWIDTH -------------------------------------------------------------------------12 4.1 Test Specification ............................................................................................ 12 4.2 Test procedure ................................................................................................ 12 4.3 Test Results..................................................................................................... 12 4.4 Test Equipment Used, 20 dB Minimum Bandwidth ......................................... 14 5. NUMBER OF HOPPING FREQUENCIES -----------------------------------------------------------15 5.1 Test Specification ............................................................................................ 15 5.2 Test Procedure ................................................................................................ 15 5.3 Test Results..................................................................................................... 15 5.4 Test Equipment Used, Number of Hopping Frequencies ............................... 19 6. CHANNEL FREQUENCY SEPARATION ------------------------------------------------------------20 6.1 Test Specification ............................................................................................ 20 6.2 Test procedure ................................................................................................ 20 6.3 Test Results..................................................................................................... 20 6.4 Test Equipment Used, Channel Frequency Separation Test .......................... 21 7. RADIATED MAXIMUM POWER OUTPUT ----------------------------------------------------------22 7.1 Test Specification ............................................................................................ 22 7.2 Test procedure ................................................................................................ 22 7.3 Test Results..................................................................................................... 23 7.4 Test Equipment Used, Radiated Maximum Power Output ............................. 26 8. DWELL TIME ON EACH CHANNEL ------------------------------------------------------------------27 8.1 Test Specification ............................................................................................ 27 8.2 Test Procedure ................................................................................................ 27 8.3 Test Results..................................................................................................... 27 8.4 Test Equipment Used, Dwell Time on Each Channel ..................................... 29 9. BAND EDGE -…

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