QJ3-IFS-11875Radar Detector

INTRODUCTION.............................................................................................................................................. 2 Features................................................................................................................................................ 2 Package Contents................................................................................................................................... 3 Controls................................................................................................................................................. 5 INSTALLATION............................................................................................................................................... 6 Windshield Installation - battery operation.............................................................................................. 6 Windshield Installation - power cord operation........................................................................................ 7 Dashboard Installation........................................................................................................................... 8 Visor Installation................................................................................................................................... 9 QUICK GUIDE............................................................................................................................................... 10 OPERATION DETAILS..................................................................................................................................... 13 Battery Information.............................................................................................................................. 13 Battery Installation......................................................................................................................... 13 Battery Life.................................................................................................................................... 14 Low Battery lndicator...................................................................................................................... 14 Auto Power-Off............................................................................................................................... 14 Turning On the Radar Detector.............................................................................................................. 15 Using the Backlight.............................................................................................................................. 15 Using the Mute Feature......................................................................................................................... 16 Understanding Signal Alerts.................................................................................................................. 16 Using the Alert Filter Button.................................................................................................................. 18 Invisibility to VG-2 Devices.................................................................................................................... 18 Tutorial Mode....................................................................................................................................... 19 TROUBLESHOOTING.......................................................................................................................... 20 SERVICE AND REPLACEMENT.............................................................................................................. 21 WARRANTY INFORMATION................................................................................................................. 23 CONTENTS For the technical specifications of the SILVER BULLET RX7500 and/or to download the most recent versions of this manual, please visit www.pnicorp.com. 2 3 Congratulations on purchasing your SENSORO SILVER BULLET RX7500, the ultra compact, wireless radar/laser detector. Made by PNI Corporation, the SILVER BULLET RX7500 uses patented, innovative technology to bring you long-range radar detection in an incredibly compact, slim package. The SILVER BULLET attaches easily to your windshield, dashboard, or visor. Features •All-band radar/laser signal detection •Undetectable by VG-2 radar-detecting devices •360-degree radar and laser coverage •Identifies constant-on and instant-on radar signals •3 alert filter modes: FILTER-NORMAL, FILTER-HIGH, and FILTER-OFF •8 signal strength meter levels •LCD screen with bright backlight •Separate power on/off switch and volume control •Automatic audio control •Automatic power-off •Retains previously set operation modes after power off •Tutorial mode to demonstrate operations •Operates on 2 AA batteries or 12V DC power adapter •Mounts on windshield, dashboard, or visor INTRODUCTION 2 3 Your SILVER BULLET RX7500 package includes the following components: PACKAGE CONTENTS 1. Radar/laser detector unit 2. Two AA alkaline batteries 3. 12V DC coiled power cord 4. 12V DC straight power cord 5. Six (6) suction cups 4 5 If you are missing any of these contents, please call our offices at 1-888-422-6672 and we will ship them to you immediately. PACKAGE CONTENTS 8. Windshield bracket B 9. Visor bracket 10. Hook & loop fastener 6. Ten (10) retaining clips 11. Operation manual 7. Windshield bracket A 4 5 CONTROLS Speaker Top Laser Receiver POWER Switch BACKLIGHT Button MUTE Button ALERT FILTER Button TOP VIEW LCD Screen FRONT VIEW Volume Controller Power Cord Input Jack SIDE VIEW Radar Receiver Front Laser Receiver REAR VIEW 6 INSTALLATION BRACKET A The SILVER BULLET RX7500 can be easily installed on your windshield, visor, or dashboard. Each location h as its own installation hardware and requirements. Windshield Installation – Battery Operation (use Bracket A) 1. Install 2 AA alkaline batteries …

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CONTENTSCONTENTS WELCOME Features ....................................................................................................................................................................... 2 Package Contents ....................................................................................................................................................... 3 Controls ....................................................................................................................................................................... 5 ABOUT RADAR / LASER DETECTION ............................................................................................................................... 6 INSTALLATION .................................................................................................................................................................... 8 Windshield Installation - battery operation ............................................................................................................ 8 Windshield Installation - power cord operation .................................................................................................... 9 Dashboard Installation .............................................................................................................................................. 10 Visor Installation ......................................................................................................................................................... 11 QUICK GUIDE ..................................................................................................................................................................... 12 OPERATION DETAILS ......................................................................................................................................................... 16 BATTERY INFORMATION ............................................................................................................................................ 16 Battery Installation ................................................................................................................................................ 16 Battery Life ............................................................................................................................................................. 17 Low Battery lndicator ............................................................................................................................................ 17 Auto Power-Off ...................................................................................................................................................... 17 TURNING ON THE RADAR DETECTOR ..................................................................................................................... 18 SETTING UP THE COMPASS ...................................................................................................................................... 18 USING THE BACKLIGHT ............................................................................................................................................. 20 USING THE MUTE FEATURE ...................................................................................................................................... 21 UNDERSTANDING SIGNAL ALERTS ......................................................................................................................... 21 USING THE ALERT FILTER BUTTON ......................................................................................................................... 22 INIVISIBILITY TO VG-2 DEVICES ............................................................................................................................... 22 TUTORIAL MODE ....................................................................................................................................................... 23 TROUBLESHOOTING ......................................................................................................................................................... 25 SERVICE AND REPLACEMENT .......................................................................................................................................... 26 WARRANTY INFORMATION ............................................................................................................................................. 28 2 CONTENTS 3 Congratulations on your purchase of the SENSORO SILVER BULLET RX7600, the ultra compact, wireless radar/laser detector by PNI Corporation. The SILVER BULLET RX7600’s patented, innovative technology brings you long-range radar detection in an incredibly compact, slim package. The SILVER BULLET attaches easily to your windshield, dashboard, or visor. Please visit our website at www.pnicorp.com for technical specifications for the SILVER BULLET RX7600 and to download the most recent versions of this manual. Features • All-band radar and laser signal detection • Built-in digital compass displaying 16 cardinal points • Undetectable by VG-2 radar-detecting devices • 360-degree radar and laser coverage • Identifies instant-on radar signals • 3 alert filter modes: FILTER-NORMAL, FILTER-HIGH, and FILTER-OFF • 8 signal strength meter levels • LCD screen with bright backlight • Separate power on/off switch and volume control • Automatic audio control • Automatic power-off • Retains previously set operation modes after power off • Tutorial mode to demonstrate operations • Operates on 2 AA batteries or 12V DC power adapter • Mounts on windshield, dashboard, or visor WELCOME 2 CONTENTS 3 Your SILVER BULLET RX7600 package includes the following components: PACKAGE CONTENTS 1. Radar/laser detector unit 2. Two AA alkaline batteries 3. 12V DC coiled power cord 4. 12V DC straight power cord 5. Six (6) suction cups 4 5 PACKAGE CONTENTS If you are missing any o…

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Engineering Group PNI Corporation Doc No: 1003368 Rev No: R01 Date: 3/8/2004 Title: FCC Filing - Label Description RX7500 RX7600 Series Radar Detector Author: Rory Sullivan 2/27/04 Page 1 of 1 Applicable Product Part: 11875 DEV GOJOH (RX7500) and 11939 DEV GOJOH2 (RX7600) Description of FCC Labeling for RX7500 RX7600 Series Radar Detector For FCC Part 15 Order FCC02-211 compliance. PNI FCC file for FCC License QJ3-IFS-11875 Purpose This document describes the discrete models and marketing names used under the FCC license QJ3- IFS-11875. Additionally this document describes the placement of the FCC ID label and notifications placed on the product and in the user manuals. Procedure 2/27/04 PNI Corp part number 11875 and 11939 will use the marketing name Silver Bullet RX7500 and Silver Bullet RX7600 respectively. The FCC ID label will appear as shown in figure 1 below. Figure 2 shows the placement of the label on the bottom of the unit, while Figure 3 shows the FCC license information used in the manual on the first production run in July of 2004. (Figure 1) Label to be applied directly on product Engineering Group PNI Corporation Doc No: 1003368 Rev No: R01 Date: 3/8/2004 Title: FCC Filing - Label Description RX7500 RX7600 Series Radar Detector Author: Rory Sullivan 2/27/04 Page 2 of 2 Applicable Product Part: 11875 DEV GOJOH (RX7500) and 11939 DEV GOJOH2 (RX7600) RX7500 Bottom View RX7600 Bottom View (Figure 2) Placement of label on bottom of unit. Engineering Group PNI Corporation Doc No: 1003368 Rev No: R01 Date: 3/8/2004 Title: FCC Filing - Label Description RX7500 RX7600 Series Radar Detector Author: Rory Sullivan 2/27/04 Page 3 of 3 Applicable Product Part: 11875 DEV GOJOH (RX7500) and 11939 DEV GOJOH2 (RX7600) (Figure 3) Label used in user manual.

RX 7500 INTERNAL PHOTOS RX 7600 INTERNAL PHOTOS

5464 Skylane Blvd. Suite A Santa Rosa, California 95403 Tel 707.566.2260 Fax 707.566.2210 www.pnicorp.com Friday, February 27, 2004 Theory of Operation Silver Bullet Series Radar Detectors For FCC Part 15 Order FCC02-211 compliance. PNI FCC file for FCC ID QJ3-IFS-11875 The Silver Bullet line of radar detectors are two-stage superheterodyne receivers that detect the presence of speed measuring radar in the X, K and Ka bands. The local oscillator frequency in the first mixing stage is swept from 10.96 GHz to 11.22 GHz at a rate of 14.8Hz. In the second mixing stage there are three discrete frequencies used for the local oscillator. These are turned on in succession, one frequency per 1 st local oscillator sweep period. The second local oscillator frequencies are 600MHz, 1350MHz and 2100MHz. An LCD display shows band and signal level detection status.

REPORT OF TEST DATA FOR PNI Prepared by Daniel C. Swann February 13, 2004 RX7500 and RX7600 Radar Detectors GEL File PNI 01-2004 GLEN ELLEN LABORATORIES 1876 London Ranch Road Glen Ellen, CA 95442 GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 2February 13, 2004 TABLE OF CONTENTS 1.Test Methodology 2.Description of Test Facility, including information on calibration as presented in Glen Ellen Laboratories FCC, CISPR and Bellcore test reports. 2.1Site Description 2.2Test Equipment List 3.Radiated Emissions Data 3.1Unintentional Radiated Emissions, RX7500, in band 11.7 to 12.2 GHz 3.2Unintentional Radiated Emissions, RX7600, in band 11.7 to 12.2 GHz 3.3Field Strength Calculation for Radiated Emissions 4.0Photographs 4.1View of Radiated Test Setup, RX7500 4.2View of Radiated Test Setup, RX7600 GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 3February 13, 2004 This report contains 12 pages GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 4February 13, 2004 1.Test Methodology The radiated tests were performed in accordance with the procedures specified by ANSI C63.4-2001. Compliance with applicable standards was determined by comparing the measured results with respect to the limits specified in rulemaking FCC 02-211. These measurements were made on February 12, 2004, by Dan Swann and Scott Campbell. Measurements were made at 1 meter distance, as allowed by 47CFR Section 15.31(f)(1). The limit for the 1 meter measurement was calculated using an inverse linear distance extrapolation faction (20 dB/decade), Limit 1 meter = Limit 3 meters + 20*LOG(3/1) or Limit 1 meter = Limit 3 meters + 9.5 dB The test procedure used was the following: 1)Determine the frequency of the peak emission: Start Frequency11.7 GHz Stop Frequency12.2 GHz RBWEqual to or greater than 1 MHz VBWEqual to or greater than 1 MHz Detector FunctionPeak Maximize the emissions with regards to device orientation, antenna polarization, and antenna height. Sweep the band using Max Hold for a minimum of 2 minutes. Record this frequency for measuring the peak emission. In addition record the frequency of other spurious emissions noted. 2)Determine the peak level of the emission: Center FrequencySet to the frequency determined in Step 1 RBWEqual to or greater than 1 MHz VBWEqual to or greater than 1 MHz Detector FunctionPeak GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 5February 13, 2004 1.Test Methodology (continued) 2)(continued) Measure the value of the peak emission using Max Hold for a minimum of 2 minutes. This can be done at zero span or a frequency span where the analyzer does not show a “Measurement Uncalibrated” message. Record the peak value. If the peak measurement is compliant with the average limit an average measurement is not necessary. If the peak value exceeds the average limit by less than 20 dB proceed to Step 3. 3)Determine the average level of the emission: Center FrequencySet to the frequency determined in Step 1 SpanZero RBWEqual to or greater than 1 MHz VBWEqual to or greater than 10 Hz Detector FunctionPeak This measurement uses video averaging and must be done in Linear mode. The analyzer Reference Level will have to be adjusted so that a signal is clearly visible on the screen. Measure the value of the emission using Max Hold for a minimum of 2 minutes. Record this as the average value. Step 2 and Step 3 was repeated for other spurious emissions within the band. GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 6February 13, 2004 2.Description of Test Facility, including information on calibration as presented in Glen Ellen Laboratories FCC, CISPR and Bellcore test reports. 2.1Site Description The Glen Ellen Laboratories open field test site complies with the requirements specified by VDE 0876/9.78, VDE 0877 Part 1/11.81, VDE 0877 Part 2/2.85, CISPR 16, CISPR 22, and ANSI C63.4-1992. The test site closely follows the theoretical normalized site attenuation specifications for both horizontal and vertical polarizations. The site has been fully described in a report dated November 3, 2002, submitted to the FCC, and accepted in a letter dated November 8, 2002 (Registration Number 90613.) The facility is located near the town of Glen Ellen, California, at the street address of 1876 London Ranch Road. The site is at approximately 175 meters altitude on the East side of Sonoma Mountain, at the coordinates of 38 degrees 22 minutes North Latitude and 122 degrees 32 minutes West Longitude. The site sits north of a ridge approximately 100 meters higher in elevation and 1000 meters to the South, which attenuates VHF and above frequencies from the San Francisco Bay area 60 kilometers to the South. The open field test site consists of a 10 by 20 meter area of galvanized hardware cloth placed on top of a flat asphalt surface located in an open meadow. All seams of adjacent widths of hardware cloth are soldered together. The metal turntable top surface is flush with the ground plane. All metal objects other than the groundscreen/flush turntable are located a considerable distance further than the standard 10-meter CISPR measurement ellipse. 2.2Test Equipment List Test equipment used included: 1.Hewlett Packard 8566B opt L24 spectrum analyzer, cal due 06-05-04. 2.GEL AP2-10 preamplifier, 2 GHz to 18 GHz, cal due 4-23-04. 3.ETS Horn Antenna, 1 GHz to 18 GHz, cal due 8-18-04. GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 7February 13, 2004 3.1Unintentional Radiated Emissions, RX7500, in band 11.7 to 12.2 GHz Test Personnel: Tester SignatureDate February 13, 2004 Tester NameDaniel C. Swann GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 8February 13, 2004 3.1Unintentional Radiated Emissions, RX7500, in band 11.7 to 12.2 GHz (continued) RX7500 1 meter CorrectedHorn1 meter3 meter FrequencyMeasuredAntennaCableAmplifierFieldFCCFCCField MHzAmplitudeFactorLossGainStrengthLimitMarginStrength dBuVdB/mdBd…

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GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 1February 13, 2004 4PHOTOGRAPHS 4.1View of Radiated Test Setup, RX7500 (EUT has been placed on a nonconductive block of foam) GEL File PNI 01-2004 PNI RX7500 and RX7600 Glen Ellen Laboratories 2February 13, 2004 4PHOTOGRAPHS 4.2View of Radiated Test Setup, RX7600 (EUT has been placed on a nonconductive block of foam)