LSQTRX900F2Part 15 - Remote Control / Security Device Transceiver

Installation Manual for bracelet TRX900F-2 2 Installation Manual for bracelet unit TRX900F-2 Bracelet To Attach the Bracelet Match the Bracelet serial number on the Bracelet case to the number on the Bracelet serial number in the hardware list in PCE. The ankle transmitter and strap will be shipped unattached. You must insert one end of the strap into the transmitter and push the locking pins into place. Make sure that the locking pins are flush with the case. Measure the strap to the offender’s leg and cut the strap to fit around the offender’s ankle. You should size the strap so that it allows approximately ¼ inch of space between the offender’s leg and the strap to ensure comfort. Once you have the strap attached, push the locking pin through the holes on the bracelet and into the strap until it locks into place 3 Make sure the locking pin is pushed far enough so that the top of the pin is flush with the bracelet case To Remove the Bracelet Cut the strap Using the screwdriver provided, turn the right locking pin counter clockwise and the left locking pin clockwise to remove Lift each side of the pin up from the strap and remove. Slide both ends of the strap out of its channel. Dispose of the strap Clean the bracelet with mild detergent. Rinse, dry, and return to your inventory. 4 FCC Notices The ankle transmitter TRX-900F-2 complies with Part 15 of the FCC Rules. Operation is subject to the following conditions: 1) This device may not cause harmful interference and 2) This device must accept any interference received, including interference that may cause undesired operation. 3) Changes or modifications not expressly approved by Elmo Tech Ltd could void the user’s authority to operate the equipment .

CPU STM32F101T8 RF Transceiver CC1101 SPI CSn0 GDO0GDO2 Vibrator Light sensor Volatge regulator Tilt Sensor IR Strap Power BAT A/D ADC Tilt Out ADC IR MRD MRD comm Jig Test M R D c o m m Configuration resistors ADC Serial RAM SPI CSn1 SPI HW Block DIagram IR Transmitter X2IR Receiver UART 26MHz Crystal Loop Antenna

FCC Confidentiality Form 10.10.11 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Gentlemen, This letter is to comply with Section 0.457(d)(2)(i) and 0.459 pertaining to confidential material. Elmo Tech would like the following documents regarding this submission for FCC ID: LSQTRX900F2 to be kept confidential. • Permanent Confidentiality: Schematics • Short-term Confidentiality (180 days): Installation Manual The above material contains trade secrets or technical data, which would customarily be guarded from competitors. We do not want this document to be accessible to the general public. Sincerely, Shai Avigdori Quality Assurance Manager

TRX-900F-2 external photograph

SEE NOTE #10 B B 48.53 35 20 AA Replaceable Insert SECTION B-B 2.30 1.31 74.82 21.60 5.91 3.20 60° 48.040 +0.05 2.20 11.87 - 0.05 0 30° 45.640 +0.05 C SECTION A-A 23.21 6.16 18.21 2.50 R 0.30 2° DETAIL C SCALE 5 : 1 SHARP EDGE ALL AROUND PART IS OVER MOLDED ON PCWINDOW SEE NOTE 12 REV.ECO#DESCRIPTIONDATEAPPROVED A00001134FIRST RELEASE29/04/2010Ron B. A01001361Change the bottom engraving07/06/2010RonB 17/06/2010 SCALE 1:1 APPR. DESIGN DRAWN DATE MATERIAL: FINISH: DIMENSIONS ARE IN mm UNLESS OTHERWISE SPECIFIED DO NOT SCALE DRAWING PROJECT: BTX-900F DESCRIPTION: BTX BOTTOM HOUSING REV. A01 DWG. No.: 32000069 U nless otherwise specified TOLERANCES ARE: NAME SIGN D E F C 1234 B A 3215 C D 4678 A B A3 SHEET 1 OF 2 ELECTRONIC MONITORING TECHNOLOGIES 2 Habrzel St.,P.O.Box 13236,Tel Aviv 61132 ,Israel Tel:+972-3-7671700 Fax:+972-3-7671701 E-mail: engineering @ elmotech.com P/N 32000069 Status: REL IlanB DECIMALS ANGLES .0± 0.1 .00 ± 0.05 ± 0.5 ° .000 ± 0.01 See notes See notes NOTES: ====== MATERIAL:1. PC - GE Lexan 141R-21092• PC - 241R• COLOR: PMS COOL GREY 102. GENERAL WALL THICKNESS: 3 mm3. GENERAL DRAFT ANGLES: 1 .4. RADII NOT DIMESIONED: R=0.3 MM.5. SURFACE TEXTURE6. Internal : Technical polish External : FINE EDM MATERIAL GATE AND EJECTOR LOCATIONS : SHOULD BE APPROVED7. BEFORE MOLD CONSTRUCTION. THIS DRAWING IS FOR GENERAL INFO ONLY. 8. USE 3D FILE '32000069' FOR MOULD MAKING.9. DATE AND RECYCLE MARK10. MASS : 18.58Gr11. PART IS OVER MOULDED ON PC WINDOW P/N 3200012112. IlanB IlanBIlanB17/06/2010 17/06/2010RonBRonB D G G F F E VIEW D 7.64 ±0.03 23.38 ±0.03 6.33 ±0.03 H SECTION G-G 11.25 140° 0.70 DETAIL H SCALE 2 : 1 29° I SECTION F-F 2.20 0.70 DETAIL I SCALE 5 : 1 6° 11.46 ±0.02 5.70 ±0.02 2.80 0 + 0.02 1.01 ±0.02 3.20 ±0.02 DETAIL E SCALE 2 : 1 17/06/2010 SCALE 1:1 APPR. DESIGN DRAWN DATE MATERIAL: FINISH: DIMENSIONS ARE IN mm UNLESS OTHERWISE SPECIFIED DO NOT SCALE DRAWING PROJECT: BTX-900F DESCRIPTION: BTX BOTTOM HOUSING REV. A01 DWG. No.: 32000069 U nless otherwise specified TOLERANCES ARE: NAME SIGN D E F C 1234 B A 3215 C D 4678 A B A3 SHEET 2 OF 2 ELECTRONIC MONITORING TECHNOLOGIES 2 Habrzel St.,P.O.Box 13236,Tel Aviv 61132 ,Israel Tel:+972-3-7671700 Fax:+972-3-7671701 E-mail: engineering @ elmotech.com P/N 32000069 Status: REL IlanB DECIMALS ANGLES .0± 0.1 .00 ± 0.05 ± 0.5 ° .000 ± 0.01 See notes See notes RonB IlanB RonB 17/06/2010 17/06/2010 IlanBIlanB

TRX-900F-2 internal photograph

TRX-900F-2 Bracelet Transceiver Operational Description The TRX-900F-2 is a small ankle worn device designed for offender monitoring applications.. The device comprises a printed circuit board (PCB) that includes a RF transceiver module with an integral antenna and a microcontroller that controls its operation. The TRX-900F-2 has one 433MHz RF channel over which it communicates with its allocated home unit and/or GPS tracking device The unit is powered by an internal 3.6V Lithium Thionyl Chloride battery. The TRX-900F is attached to the ankle of the offender by means of a fiber optic strap. When attached to the offender, the strap is connected in such a way that the optical fiber is facing an IR transmitter on one side and an IR receiver on the other. The IR transmitter sends light signals periodically via the fiber. The reception of these signals by the IR receiver proves the integrity of the strap. When activated, the TRX-900F-2 transmits signals separated by a pseudorandom interval of between 15 and 16 seconds. After each transmission, the TRX-900F listens for an acknowledge signal in order to ascertain whether its home unit/tracking device is within range. If a defined timeout has expired without receiving an acknowledge signal, the TRX-900F-4 activates an internal vibrator so as to warn the offender that they are out of range before a violation event is generated. As per section 15.231(a)(3), being a security and safety of life equipment this device transmits supervision transmissions, including data (e.g. battery ok, strap not cut, etc), to determine the device integrity. The total duration of transmissions does not exceed more than two seconds per hour: 60 minutes X 4 transmissions per minute X 6 mSec (max.) = 1.44 seconds.

Test Report E111691.01ElmoTech Ltd.Page1of38 FCC ACC M Ver 1.105Mayl 2000 DATE:01November2011 I.T.L. (PRODUCT TESTING) LTD. FCC Radio Test Report for ElmoTech Ltd.* Equipment under test: Tracking Bracelet TRX-900F-2* *See customer’s declaration on page 5. 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 E111691.00ElmoTech Ltd.Page2of38 FCC ACC M Ver 1.105Mayl 2000 Measurement/Technical Report for ElmoTech Ltd. Tracking Bracelet TRX-900F-2 FCC ID:LSQTRX900F2 This report concerns:Original Grant:x Class I change: ClassII change: Equipment type:Part 15 Security/Remote Control Transceiver 47CFR15Section 15231(a-d) Measurement procedureused is ANSI C63.4-2003. Application for Certification: prepared by: Shai Avigdori Elmo Tech Ltd. 2 Habarzel St. Tel-Aviv, 61131 Israel Tel:+972-3-767-1700 Fax:+972-3-767-1701 e-mail:[email protected] Test Report E111691.00ElmoTech Ltd.Page3of38 FCC ACCM Ver 1.105Mayl 2000 TABLE OF CONTENTS 1.GENERAL INFORMATION-------------------------------------------------------------------------------4 1.1Administrative Information.................................................................................4 1.2List of Accreditations.........................................................................................6 1.3Product Description...........................................................................................7 1.4Test Methodology..............................................................................................7 1.5Test Facility.......................................................................................................7 1.6Measurement Uncertainty.................................................................................7 2.SYSTEM TEST CONFIGURATION---------------------------------------------------------------------8 2.1Justification........................................................................................................8 2.2Special Accessories..........................................................................................8 2.3Equipment Modifications...................................................................................8 2.4Configuration of Tested System........................................................................8 3.RADIATED MEASUREMENTTEST SET-UP PHOTOS-------------------------------------------9 4.AVERAGE FACTOR CALCULATION HELICAL ANTENNA TRANSMITTER--------------11 4.1Test Instrumentation Used..............................................................................13 5.PERIODIC OPERATION----------------------------------------------------------------------------------14 5.1Specification....................................................................................................14 5.2Requirements..................................................................................................14 5.3Results.............................................................................................................14 5.1Test Instrumentation Used..............................................................................17 6.FIELD STRENGTH OF FUNDAMENTAL------------------------------------------------------------18 6.1Test Specification............................................................................................18 6.2Test Procedure................................................................................................18 6.3Measured Data................................................................................................18 6.4Test Instrumentation Used, Field Strength of Fundamental............................22 7.RADIATED EMISSION, 9KHZ–30 MHZ------------------------------------------------------------23 7.1Test Specification............................................................................................23 7.2Test Procedure................................................................................................23 7.3Measured Data................................................................................................23 7.4Test Instrumentation Used, Radiated Measurements.....................................24 7.5Field Strength Calculation...............................................................................24 8.SPURIOUS RADIATED EMISSION HELICAL ANTENNA TRANSMITTER-----------------25 8.1Test Specification............................................................................................25 8.2Test Procedure................................................................................................25 8.3Test Data.........................................................................................................26 8.4Test Instrumentation Used, Radiated Measurements.....................................28 9.BANDWIDTH------------------------------------------------------------------------------------------------29 9.1Test procedure................................................................................................29 9.2Results table....................................................................................................30 9.3Test Equipment Used......................................................................................31 10.APPENDIX A-CORRECTION FACTORS-----------------------------------------------------------32 10.1Correction factors for CABLE.........................................................................32 10.2Correction factors for CABLE.........................................................................33 10.3Correction factors for CABLE...............................................................…

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TRX-900F-2 Test Setup Photographs