PVYPATSATPersonnel Tag

Newmark Technology ParSec Reader Installation & User Manual Issue 7 June 2001 2 ParSec Reader Manual CHANGE RECORD Issue Change No. Date Comments 1 ERN 11145 Sept 1997 First release 2 ECN 11154 Jan 1998 CaT replaced by RAT 3 ECN 11175 Dec 1998 New PCB switch/links 4 – new section 5 4 ECN 11176 July 1999 FCC statement added, 5 ECN 11182 Sept 1999 Correction of Contents Page 3, Page 11 (fig. 3) 6 ECN 11193 August 2000 A5 re-write & new format. All sections 7 ECN11197 June 2001 Major re-write and UL approval changes. Range setting re-written. Sections 2.2, 4.2 & 9. Figs 2,3 & 4 F.A.Q's added. Newmark Technology 21-23, Ormside Way Holmethorpe Industrial Estate Redhill, Surrey RH1 2NT United Kingdom Tel: +44(0) 1737 788800 Fax: +44(0) 1737 779535 Web: http://www.newmarkworld.com Written By: N.J Paterson & J. S Hart Document No: A/IM 230 800 Part Number: IM 016 © 2001 by Newmark Technology Ltd The information in this document is subject to change without notice and should not be construed as a commitment by Newmark Technology Limited. Newmark Technology assumes no responsibility for errors that may appear in this document. No part of this publication may be transmitted or reproduced in any form by any means, without written permission from Newmark Technology Limited. ParSec Reader Manual 3 CONTENTS Page ILLUSTRATIONS AND TABLES ........................................................................... 4 Introduction................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ .................................................. .................................... .................. 5 55 5 How to Use This Manual................................ ................................................................ ................................................................ ................................................................ .......................................................... .................................................... .......................... 5 55 5 FCC Statement................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ ............................................ ........................ ............ 5 55 5 CE Compliance................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ ............................................ ........................ ............ 6 66 6 UL Listing................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ ...................................................... ............................................ ...................... 6 66 6 Text Conventions................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ ....................................... .............. ....... 6 66 6 Important Warnings ................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ .................................. .... .. 7 77 7 Chapter 1 ................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ ..................................... .......... ..... 8 88 8 Overview................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ ........................................................ ................................................ ........................ 8 88 8 Chapter 2 ................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................................................ ................................... ...... ... 10 1010 10 Physical Reader Description....................…

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MICROPROCESSOR U1 RF TRANSMITTER Q1 Edge Connector EC1 D1 LOW VOLTAGE R5 100K every so often to track the wearer of the badge. Stores a unique ID code, transmits this code Microprocessor is a PIC16c620-04/SO 02.01.2002-1 NewMark PAT Block Diagram 1.0 11 GTC BLOCKDM.S01 January 02,2002 and test the transmitter. Edge Connector, used to program the microprocessor Transmitter. On-Off keyed with data. Simple SAW controlled 418 or 433 MHz against the diode drops Compares the battery voltage Low Voltage Detector ANTENNA AB CD 4 3 2 1 DCBA 1 2 3 4 ofSheet Drawn by RevNumber Title Size A Date Filename

Have talked with Richard Fabina about reinstating this application and getting credit for the fee that I paid originally. If there are any questions, PLEASE call me at (303) 581-1041. This is my first application and I need all the help I can get. Tha nk yo u i n advance. Gary Carroll Newmark Technology, Inc. 6595 Odell Place, Suite B Boulder, CO. 80301 Ph. (303) 581-1041 Fax (303) 581-1061 Email: [email protected]

01-2004 FCC PET INSERT LABEL BLACK TEXT F1A FCC ID: PVYPVCPAT Pt. No. PET 2 FCC ID: PVYPVCPAT Pt. No. PET 2 ACCESS CONTROL UNIT ACCESSORY ALSO SUITABLE AS AN ANTI-THEFT DEVICE NEWMARK TECHNOLOGY REFER TO INSTALLATION MANUAL # A/IM 230 800. BP9273

01-2004 FCC PET INSERT LABEL LIGHT GREY BACKGROUND F2A 01-2004 FCC PET INSERT LABEL BLACK TEXT F1A FCC ID: PVYPATSAT Pt. No. PET 2 FCC ID: PVYPATSAT Pt. No. PET 2 ACCESS CONTROL UNIT ACCESSORY ALSO SUITABLE AS AN ANTI-THEFT DEVICE NEWMARK TECHNOLOGY REFER TO INSTALLATION MANUAL # A/IM 230 800. BP9273 PLEASE OBSERVE BATTERY ORIENTATIONPLEASE OBSERVE BATTERY ORIENTATION -VE-VE-VE-VE

Data packet consists of 60 bits. Seven (7) packets are sent in 0.7 seconds. Transmitter is activated by a motion sensor. Witho ut mo tion, trans mi tter is silent. Low battery is attached to any motion event. Microprocessor is asleep until motion wakes it up. Microprocessor runs at 32 kHz for power savings. Transmitter is SAW crystal controlled at 418 MHz for the USA

DRG No.A/PL 230 205ITEMS LIST USED ON REFERENCECOLUMNSREMARKS FCC PET PCB Assembly Col a Col b Col c Col d Col e Item NoDrawing NoDescriptionQuantity ab cd e 1SM CAPCapacitor 0805, 22pF 50V COG 5%2 C1, C2 2SM CAPCapacitor 0805, 3.3pF 50V COG 5%1 C3 3SM CAPCapacitor 0805, 6.8pF 50V COG 5%1 C13 4SM CAPCapacitor 0805, 0.1uF 50V Y5V -20%+80%2 C5, C8 5SM CAPCapacitor 0805, 47pF, 50V COG 5%1 C12 6SM CAPCapacitor 0805, 3.9pF, +/- 0.05pF1 C14 AVX 08055J3R9AAW 7SM CAPCapacitor 0805, 56pF, 1%, multilayer1 C15 AVX 08055A560FAT2A 8SM DDIODE ARRAY ROHM DA204KT1461 D1 9SM DDIODE TMMBAT461 D2 10SM TRTransistor BFS17A, Phillips/Motorola1 Q1, Caution ESD 11SM RESResistor 0805 100R 1% 100PPM1 R1 12SM RESResistor 0805 100K 1% 250PPM2 R5, R11 13SM RESResistor 0805 220R 1% 250PPM1 R4 14SM RESResistor 0805 0R 5% 250PPM2 R6, R15 15SM RESResistor 0805 1M 1% 250PPM1 R7 16SM RESResistor 0805 22K 5% 250PPM1 R10 17SM RESResistor 0805 10R 1% 250PPM1 R14 18 19SensorMotion Sensor1 S2 (Assemtech S1543) 20SM ICPIC16LC620-04/SO1 U1 Alternative PIC16LC621-04/SO 21ICSAW R02103A (ESD 878518X)1 U2 (RF monolithics-ACAL) 22SM XTAL32.768KHz 90SMX (N)1 Y1 23SM INDInductor 0805, 47n, 5%2 L1, L2 TOKO LL2012-F47NJ, BEC 308947 24PCBBASE PCB QABA1370AAY1 25SM RESResistor 0805 120K 1% 250PPM1 R3 261 2701-2000PET Battery contact set1 Approved PARSEC Checked Rob Kennedy Drawn N J Paterson TITLE : PARTS LIST No Draft 7/10/01 A FCC PET TAG PCB ASSY A/PL 230 205 Chg NoteDateIssue (SMT) SHT No 1 Of 1

FCHTC Workorder # 145 NEWMARKTemplate HPage 1 of 10 Stored in file: 219475 Fort Collins Hardware Test Center 3404 East Harmony Road, Fort Collins, Colorado 80528 Telephone: 970-898-3319 Fax: 970-898-7367 WORKORDER NUMBER ........145 NEWMARK TEST TYPE ............................ RADIATED EMISSIONS @ 3m REGULATION/STANDARD ..... Intentional Radiator per FCC Part 15, ANSI C63.4 DATE TEST PERFORMED ..... Jul 19, 2001 PROJECT NAME .................... FCC PET MODEL NUMBER ................... FCC PET QUANTITY TESTED ............... 1 CUSTOMER NAME ................ Newmark COMPANY NAME ................... EMC Integrity COMPANY ADDRESS .............8475 W. I-25 Frontage Road, Suite 200 Longmont, CO 80504 TECHNICIAN .......................... Don Lighthart ENGINEER ............................. Brian Annis TESTED BY: 7/17/01 Report Date APPROVED BY: 7/22/01 Approval Date FCHTC Workorder # 145 NEWMARKTemplate HPage 2 of 10 Stored in file: 219475 FCHTC Workorder # 145 NEWMARKTemplate HPage 3 of 10 Stored in file: 219475 SUMMARY : Emissions passed by 18.9 dB; bandwidth test passed DEVIATIONS : NO NE COMMENTS: Product is a single-frequency 418 MHz motion-activated personnel ID transponder which transmits a recognition code 7 times at 0.7 second intervals for every event activation. During testing, the product was continuously transmitting, and its antenna was positioned in the axis of maximum radiation. Limits of Part 15.231(b) used. Test method per 15.231 and ANSI C63.4. RADIATED EMISSIONS DATA – FCC Part 15.231(b) Fundamental Frequency [MHz] Polarity [V/H] Height [cm] Azimuth [deg] Receiver Reading (dBuV) Correction Factor 1 (dB) Corrected Reading 2 (dBuV) Margin (dB) Limit (dBuV) 417.96V,300,2292.3-36.555.824.580.3 Spur Frequency [MHz] Polarity [V/H] Height [cm] Azimuth [deg] Receiver Reading (dBuV) Correction Factor 1 (dB) Corrected Reading 2 (dBuV) Margin (dB) Limit (dBuV) 2507.77H,200,20260.3-17.343.018.961.9 2925.69H,200,18055.0-14.740.321.661.9 3343.72H,200,051.9-13.338.623.361.9 835.92H,100,31568.9-30.638.323.661.9 1253.87V,100,9064.5-27.137.424.561.9 3761.72H,200,20249.6-12.337.324.661.9 1671.87V,100,29255.8-23.732.129.861.9 442.08V,100,4547.4-36.411.050.161.1 1 To account for test system losses and gains, a correction factor is added to the spectrum analyzer readings to produce the “corrected” signal levels. This correction factor is the sum of the antenna factor and the cable losses, minus the preamplifier gain. 2 Quasi-peak detection used for all final signal measurements <= 1 GHz, average detection used > 1 GHz. BANDWIDTH DATA – FCC Part 15.231(c) ƒ ƒƒ ƒ 0 Measured Fundamental Frequency [MHz] ƒ ƒƒ ƒ L -20 dB Frequency Lower [MHz] ƒ ƒƒ ƒ U -20 dB Frequency Upper [MHz] ƒ ƒƒ ƒ U - ƒ ƒƒ ƒ L -20dB Bandwidth [MHz] -20 dB Bandwidth [% of ƒ ƒƒ ƒ 0 ] Limit (%) Results (Pass/Fail) 417.9693417.9667417.97220.00550.00130.25PASS During bandwidth test, product was continuously transmitting, modulated by ID code. Resolution bandwidth of spectrum analyzer set to 10 kHz, and max hold was used. FCHTC Workorder # 145 NEWMARKTemplate HPage 4 of 10 Stored in file: 219475 FCHTC Workorder # 145 NEWMARKTemplate HPage 5 of 10 Stored in file: 219475 0 50 500 1000 1500 Final Test 30-2000 MHz 145 NEWMARK / WKEXT212_PET_A-LO / 63 1008 / 7/19/01 @ 6:30:01 PM SA-1 Level (dBuV/M) Frequency (MHz) Fundamental Limit Measured Values Spur Limit 0 50 2500 3000 3500 4000 4500 Final Test 2-5 GHz 145 NEWMARK / WKEXT212_PET_A-HI / 63 1008 / 7/19/01 @ 7:41:25 PM SA-1 Level (dBuV/M) Frequency (MHz) Fundamental Limit Measured Values Spur Limit FCHTC Workorder # 145 NEWMARKTemplate HPage 6 of 10 Stored in file: 219475 0 50 500 1000 1500 Prescan Test 30-2000 MHz 145 NEWMARK / WKEXT212_PET_A-LO / 63 1008 / 7/19/01 @ 6:21:03 PM (Corrected Data) SA-1 Level (dBuV/M) Frequency (MHz) Maximum Minimum Average 0 50 2500 3000 3500 4000 4500 Prescan Test 2-5 GHz 145 NEWMARK / WKEXT212_PET_A-HI / 63 1008 / 7/19/01 @ 7:34:46 PM (Corrected Data) SA-1 Level (dBuV/M) Frequency (MHz) Maximum Minimum Average FCHTC Workorder # 145 NEWMARKTemplate HPage 7 of 10 Stored in file: 219475 EUT DESCRIPTION & SYSTEM CONFIGURATION: Equipment Under Test: Product TypeModelSer. No.Description PERSONNEL TAGFCC PET63 1008NEWMARK FCC PET PERSONNEL TAG Test Environment: EUT Condition: Functional and undamaged relative to test EUT Software/Firmware : Rev 0.1-B EUT Verification: Transmitting continuously, modulated with ID code EUT/System D escription : EUT and battery 3 EUT Power: 3 VDC (battery-operated) Environmental Conditions: 22.7 Deg C, 40.0 % RH, 100.9 kPa 3 115VAC/60Hz source is the Ft. Collins public power supply system (filtered); 230VAC/50Hz source is a variable-voltage 50Hz motor generator. Both source voltages and frequencies are specified to ± 3%. FCHTC Workorder # 145 NEWMARKTemplate HPage 8 of 10 Stored in file: 219475 EUT/SYSTEM PHOTOGRAPHS & DIAGRAMS: FCHTC Workorder # 145 NEWMARKTemplate HPage 9 of 10 Stored in file: 219475 FCHTC Workorder # 145 NEWMARKTemplate HPage 10 of 10 Stored in file: 219475 TEST DESCRIPTION/PROCEDURE: A system verification test is performed prior to each test run. This “functional” test sequentially transmits a signal at predetermined frequencies across the spectrum of interest, and compares the signal levels received at each antenna with reference values determined when the system was known to be functioning properly. The received signal levels must be within ± 1 dB of the reference values for the functional test to pass. Prior to each test run, any necessary adjustments are also made to the turntable and mast controllers to maintain their specified positioning tolerances (± 5°, ± 3cm). This test measures the radiated emissions of products from 30 MHz to 5000 MHz, as required, using a broadband receiving antenna, preamplifier, quasi-peak adapter, and spectrum analyzer. Testing is performed entirely in a 10-meter semi-anechoic chamber that meets the Normalized Site Attenuation requirements of ANSI C63.4. and CISPR 22. During …

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