LSQ-ODU-800-2Electronic Monitoring System

ELECTRONIC MONITORING SYSTEM OFFICER DURESS UNIT (ODU) INSTALLATION AND OPERATIONAL GUIDE July 2005 Information in this documentation is subject to change without notice and does not represent a commitment on part of Elmo-Tech Ltd. The software described in this document is subject to the license agreement that is included with the product, which specifies the permitted and prohibited uses of the product. Any unauthorized duplication or use of this documentation, in whole or in part, in print, or in any other storage or retrieval system is prohibited. No part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language in any form by any means for any purpose other than the purchaser’s personal use without the permission of Elmo-Tech Ltd. © 2002-05 Elmo-Tech Ltd. All rights reserved. Unless otherwise noted, all names of companies, products, street addresses, and persons contained herein are part of a completely fictitious scenario and are designed solely to document the use of an Elmo-Tech product. Contact Us Corporate Headquarters Elmo-Tech Ltd. 2 Ha-Barzel St., P.O. Box 13236, 61132 Tel Aviv, Israel Tel: 972-3-7671800 Fax: 972-3-7671801 U.S.A Customers, call 1-800-313-1483 E-mail : [email protected] Visit us at: www.elmotech.com ODU Installation & Operational Guide F-3 TABLE OF CONTENTS SectionPage 1 INTRODUCTION..............................................................................................1-1 1.1.1 Parts of the Offender Duress Unit.............................................1-1 1.2 ACTIVATING THE OFFICER DURESS UNIT........................................1-2 1.2.1 Attaching the Officer Duress Unit............................................1-2 1.2.2 Activating the Man-down Detector..........................................1-3 1.2.3 Manually Activating a Panic Alarm.........................................1-4 1.2.4 Deactivating an Alarm..............................................................1-4 1.2.5 Changing the Officer Duress Unit to Silent Mode....................1-4 1.3 TESTING THE OFFICER DURESS UNIT...............................................1-5 1.4 CHARGING THE OFFICER DURESS UNIT...........................................1-5 2 FCC NOTICES...................................................................................................2-6 ODU Installation & Operational Guide TC-1 1 Introduction The Elmo-Tech TRaCE system is a multi-featured electronic monitoring system designed to locate, identify and observe moving people (inmates, security staff or guests) in a geographically limited area that can be used in various types of correctional facilities and their surrounding areas. The Officer Duress Unit (ODU) is one of the many unique elements of this system. The Officer Duress Unit is a small, lightweight, belt mounted device that is generally carried by the staff officer that can be used to audio-visually alert other officers’ whenever the built-in distress button is pressed, if the device is pulled away from the officer’s belt (lanyard), or if the officer is pushed down to the ground (man-down). The Officer Duress Unit also provides continuous monitoring of the officer’s location. 1.1.1 Parts of the Offender Duress Unit Lanyard cord Mode button Clear button Scrolling buttons Figure 1-1 Officer Duress Unit (ODU) ODU Installation & Operational Guide 1-1 1.2 Activating the Officer Duress Unit The Officer Duress Unit is turned off by the manufacturer before shipment and must be activated before use. To activate the Officer Duress Unit, press the Mode, Clear and both Scroll buttons in for a period of at least two (2) seconds. The LED will blink three (3) times in quick succession and three (3) short beeping sounds will be heard. The orange LED will blink. The Officer Duress Unit is now in standby mode. In standby mode the Officer Duress Unit sends a transmission (every 20 seconds) to the monitoring system. This transmission is used by the monitoring system to verify location. If the lanyard cord is pulled out of its connection socket or any of the scrolling (panic) buttons are pressed, a strong audible alarm will be heard, the red LED will flash and an alarm message will be sent to the monitoring system. Note that in standby mode the man-down detector is not yet active and can be activated during to the attachment of the Officer Duress Unit. To deactivate the Officer Duress Unit, press the Mode, Clear and both Scroll buttons in for a period of at least two (2) seconds. One (1) long beeping sound will be heard. The Officer Duress Unit is deactivated. 1.2.1 Attaching the Officer Duress Unit Generally the Officer Duress Unit is attached to the staff officer’s belt, but can also be attached or placed inside a pouch. To attach the Officer Duress Unit, clip the unit onto the belt or pouch using the attachment clip. The Officer Duress Unit must be in a vertical position with the scrolling buttons facing downwards. Connect the lanyard cord to ODU Installation & Operational Guide 1-2 the belt or pouch ensuring that, if the Officer Duress Unit is pulled off the belt or pouch, the lanyard cord will remain attached. 1.2.2 Activating the Man-down Detector Once you have attached the Officer Duress Unit, you can activate the man- down detector. To activate the man-down detector, press the Mode button and any of the Scrolling buttons for at least two (2) seconds. The green LED will blink. The Officer Duress Unit is now in active mode. In active mode the Officer Duress Unit sends a transmission (every 20 seconds) to the monitoring system. This transmission is used by the monitoring system to verify location. If the lanyard cord is pulled out of its connection socket, any of the scrolling buttons are pressed (panic), or if the man-down detector is activated and the Officer Duress Unit is tilted more than 60° from its vertical position (for more than 8 seconds) an audible alarm will be heard, the red LED wi…

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Transceiver Channel CC1020 CPU Temperature Sensor SP I Antenna LED 1 LED 2 Buzzer X & Y Accelerometer Power Managment 3.6V Lithiu m I o n back u p T L - 2 100 External Buttons & Pull Mechanism ODU Block diagram

TCB Confidentiality Form 06 October 2005 EMCCert DR. RAŠEK Boelwiese 5 91320 Ebermannstadt Germany Tel.: +49-9194-9331 Fax: +49-9194-7964-84 E-mail: [email protected] URL: http://www.emcc.de 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 document regarding this submission for FCC ID: LSQ-ODU-800-2 to be kept confidential. Schematics: 1 Page. 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, Gil Gemer VP R&D

ODU-800-2 Officer Duress Unit Operational Description The ODU-800-2 Officer Duress Unit is a belt-mounted device, aimed at providing a local alarm when a staff officer is in distress. The wireless alarm signal is automatically transmitted when the officer either falls down or the device is pulled-away from the belt (lanyard). The officer will have the capability of manually sending an alarm signal by pressing a panic button located on the device. The ODU-800-2 Officer Duress Unit is a battery-operated unit. The tag comprises one Printed Circuit Board (PCB), which includes a RF transmitter module with an integral antenna, and a microcontroller, which controls its operation. The ODU-800-2 has one RF channel. It is 433.92 MHz carrier with FSK modulated data. While turned-on the Officer Duress Unit transmits a 5mSec identification & status signal and then it stops transmission. As a public life safety equipment the Officer Duress Unit transmits the next signal 18-22 seconds after the last signal transmission – any interruption in the reception of the transmitted signal may put officer life at risk – the central monitoring system sends an immediate alert to the others officer or to the sheriff in-charge, which should take immediate actions to ensure officer safety.

REV ∆ Description Sheet Effected Date Drawn Checked A 25.06.05 D.Lanuel S.Cohen EMC Laboratory LSQ-ODU-800-2 FCCID: LSQ-ODU-800-2 Manufactured by Elmotech Ltd. EMC Test Report According FCC Part 15 Requirements July 2005 Function/Title Name Signature Date Prepared by Test Engineer D.Lanuel 25.06.05 Checked by Test Engineer D.Lanuel 25.06.05 Approved by EMC Lab. Manager S.Cohen 25.06.05 LSQ-ODU 800-2 EMI Report EMC/30020FC04040 2/32 Table of Contents Para Page No 1 INTRODUCTION...............................................................................................................................3 2 TEST SUMMARY AND SIGNATURES...................................................................................................4 3 E.U.T INFORMATION........................................................................................................................5 4 BANDWIDTH OF THE EMISSION PART 15.231.C—TEST RESULTS........................................................6 5 FIELD STRENGTH OF FUNDAMENTAL PART 15.231-TEST RESULTS......................................................7 6 RADIATED EMISSION PART 15.231 & 15.205-TEST RESULTS..............................................................9 7 RADIATED EMISSION PART 15.109-TEST RESULTS (FOR STBY MODE).............................................. 13 8 PLOTS........................................................................................................................................... 15 9 CORRECTION FACTORS.................................................................................................................. 30 10 ABBREVIATIONS AND ACRONYMS................................................................................................... 32 LSQ-ODU 800-2 EMI Report EMC/30020FC04040 3/32 1 Introduction a. Scope This document describes the measurement procedures and tests for FCC part 15 of the LSQ- ODU-800-2 Manufactured by Elmotech Ltd. Equipment Under Test: LSQ-ODU-800-2 FCCID LSQ-ODU-800-2 Manufacturer: Elmotech Ltd. Serial Numbers: 001 Mode of Operation: TX & STBY MODE Receiver operating frequency: 433.92MHZ Year of Manufacture: 2005 b. Applicant Information: Applicant: Elmotech Ltd. Applicant Address 2, Habarzel Street Tel-Aviv Telephone: +972-3-6478871 FAX: +972-3-6478872 The testing was observed by: LEV ROSMAN Following applicant's personnel: c. Test Performance: Date of reception for testing: 20.06.05 Dates of testing; 20.06.05 Test Laboratory Name: Tadiran EMC Laboratory Address: Hashoftim 26 Holon Zip Code: 267,5812 City: Holon Country: Israel Telephone: 03-5574476 Fax: 03-5575320 Email: [email protected] Applicable EMC Specification: Federal Communication Commission (FCC), Code of Federal Regulations 47, FCC Docket 89-103, Part 15: Radio Frequency Devices, Sections 15.109, 15.209 & 15.231. Applicable EMC Specification: Federal Communication Commission (FCC), FCC Part 15: Radio Frequency Devices, Sections 15.109, 15.209 & 15.231. LSQ-ODU 800-2 EMI Report EMC/30020FC04040 4/32 2 Test Summary and Signatures. TADIRAN EMC Laboratory has completed testing of E.U.T in accordance with the requirements of the FCC Part 15 Regulations for Class B equipment. The E.U.T was found to comply with the requirements of the FCC Part 15 Regulations given below Test Test Description Section PASS/FAIL 1 Bandwidth of the emission 15.231 PASS 2 Field strength of fundamental 15.231 PASS 3 Radiation emission 15.231 & 15.205 PASS 4 Radiation emission 15.109 PASS a. Test performed by: Mr. D. Lanuel Test Engineer b. Test Report prepared by: Mr. D. Lanuel Test Engineer c. Test Report Approved by: Mr. Samuel Cohen EMC Lab. Manager LSQ-ODU 800-2 EMI Report EMC/30020FC04040 5/32 3 E.U.T information a. E.U.T description The Officer Duress Unit (LSQ-ODU-800) is a compact RF transmitter unit operates at 433.92MHz that is generally carried out and can be used in several modes of operation. The EUT is a belt-mounted device, powered by Lithium Thionyl Chloride battery (operation voltage 3.6V). b. E.U.T Test Configuration E.UT. Test configuration is shown in figure bellow Internal Battery Integral Antenna E.U.T c. E.U.T Mode of Operation description (1) 433.92MHz TX Mode (2) STBY Mode LSQ-ODU 800-2 EMI Report EMC/30020FC04040 6/32 4 BANDWIDTH OF THE EMISSION part 15.231.c—TEST RESULTS E.U.T: LSQ-ODU-800-2 S/N 001 Test Method: ANSI C63.4 Date: 27.06.05 Relative Humidity: 37% Ambient Temperature: 22c Air Pressure: 1042hpa Test Setup: Figure 1 Testing Engineer: D.Lanuel Date 27.06.05 a. Test Results Summary & Conclusions The E.U.T was found in compliance with Bandwidth of Radiated Emission fundamental frequency requirement according to section 15.231.c b. Limits of bandwidth The test unit shall meet the limits of Table 1 Table- 1 Limits For Bandwidth Frequency (MHz) Bandwidth Max Limits (%) Bandwidth Max Limits (KHz) 433.92.01000 0.25 1085 c. Test Instrumentation and Equipment Table- 2 Test Instrumentation and Equipment Item Model Manufacturer Next Date Calibration Spectrum Analyzer 8593E HP 31/01/06 Broadband Antenna BTA-L FRANKONIA 10.04.06 d. Results Table- 3 Bandwidth Test Result Frequency (MHz) Bandwidth (KHz) Bandwidth Max Limit (KHz) Plot No PASS/FAIL 433.92.00 212.5 1085 1 PASS e. Procedure The Bandwidth is determined at the point 20db down from the modulated carrier, while the spectrum analyzer was set to “max hold” and VBW 10 KHz. LSQ-ODU 800-2 EMI Report EMC/30020FC04040 7/32 5 Field strength of fundamental part 15.231-TEST RESULTS E.U.T: LSQ-ODU-800-2 S/N 001 Test Method: ANSI C63.4 Date: 27.06.05 Relative Humidity: 37% Ambient Temperature: 22c Air Pressure: 1042hpa Test Setup: Figure 1 Testing Engineer: D.Lanuel Date 27.06.05 a. Test Results Summary & Conclusions The E.U.T was found in compliance with fundamental frequency requirement b. Limits of Field Strength for fundamental according 15.231 The test unit shall meet the limits of Table 4. Table- 4 Limits For Fundamental Frequency (MHz) Average Max Limits (dBμV/m) Pea…

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