YQD-GL100SGSM/GPRS/GPS Tracker

GSM/GPRS/GPS Tracker GL100S User Manual TRACGL100SUM001 Revision: 1.01 http://www.queclink.com [email protected] GL100S User Manual TRACGL100SUM001- 1 - Document TitleGL100S User manual Version1.01 Date2011-7-8 StatusRelease Document Control IDTRACGL100SUM001 General Notes Queclink offers this information as a service to its customers, to support application and engineering efforts that use the products designed by Queclink. The information provided is based upon requirements specifically provided to Queclink by the customers. Queclink has not undertaken any independent search for additional relevant information, including any information that may be in the customer’s possession. Furthermore, system validation of this product designed by Queclink within a larger electronic system remains the responsibility of the customer or the customer’s system integrator. All specifications supplied herein are subject to change. Copyright This document contains proprietary technical information which is the property of Queclink Limited., copying of this document and giving itto others and the using or communication of the contents thereof, are forbidden without express authority. Offenders are liable to the payment of damages. All rights reserved in the event of grant of a patent or the registration of a utility model or design. All specification supplied herein are subject to change without notice at any time. Copyright © Queclink Wireless Solutions Ltd. 2011 GL100S User Manual TRACGL100SUM001- 2 - Contents Contents............................................................................................................................................. 2 0. Revision history............................................................................................................................. 2 1. Introduction................................................................................................................................... 2 2. Product Overview.......................................................................................................................... 2 2.1. Appearance.......................................................................................................................... 2 2.2. Buttons/Mini USB Interface Description............................................................................ 6 2.3. LEDs Description................................................................................................................ 6 3. Getting Started............................................................................................................................... 2 3.1. Parts List.............................................................................................................................. 2 3.2. Battery Charging.................................................................................................................. 2 3.3. Install SIM Card.................................................................................................................. 2 3.4. Install Device Into The Holder.......................................................................................... ..7 3.5. Turn on/Turn off.................................................................................................................. 8 4. Troubleshooting and Safety info................................................................................................... 9 4.1. Troubleshooting................................................................................................................... 9 4.2. Safety info......................................................................................................................... 10 GL100S User Manual TRACGL100SUM001- 3 - 0. Revision history RevisionDateAuthorDescription of change 1.012011-7-8Johnson Jiang Initial GL100S User Manual TRACGL100SUM001-4- 1. Introduction GL100S is a powerful GPS locator which is designed for shoes and assets tracking. With superior receiving sensitivity, fast TTFF and GSM frequencies 850/900/1800/1900MHz. Its location can be real time or schedule tracked by backend server or specified terminals. Based on the embedded @Track protocol, GL100S can communicate with the backend server through GPRS/GSM network, and transfer reports of emergency, Geo-fencing, device status and scheduled GPS position etc... Service provider is easy to setup their tracking platform based on the functional @Track protocol. This device complies with part 15B of the FCC rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference. (2) this device must accept any interference, including interference that may cause undesired operation.” Changes or modifications to this unit not expressly approved by the party responsible for compliance could void the user'sauthority to operate the equipment. Warning: The device include a GSM module,the minimum separation distance between antenna of the module and human is about 10mm.. GL100S User Manual TRACGL100SUM001-5- 2. Product Overview 2.1.Appearance GL100S device: GL100S in shoes: (This product insert in bottom of shoes) GL100S User Manual TRACGL100SUM001-6- 2.2. Buttons/Mini USB Interface Description Button /Mini USB Interface Description Power KeyzTurn on GL100S zTurn off GL100S. (If power key is enabled) Mini USB interfacez Connect a 5V DC adapter can power GL100S and charge the internal battery z Connect a 3.7V Li-ion or Li-Polymer battery can power GL100S z Backend server developer or administrator can use the Data_Cable to configure GL100S 2.3. LEDs Description There are three LED in GL100S, the description as following. 3. Getting Started 3.1. Parts List NamePictureRemark GL100S Locater The GSM/GPRS/GPS locator. LightEventState NET light Searching network Fast flash Network has been registeredSlow flash Power offDark PWR lightPower on and normalDark Charger inserted and charging co…

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External Photos for GL100S Front View Back View Top View Bottom View Left View Right View GSM antenna position in the shoe GPS antenna position in the shoe GPS antenna position in the shoe GSM antenna position in the shoe

Internal photos for GL100S Top View-01 Top View-02 Bottom View-01 Bottom View-02 GPS antenna GSM antenna USB cable(only charge) Bottom View-03

Page 1 of 3 We have confirmed the following parameters for the R.F. device FCC ID:YQD-GL100S. GSM 850 Test channel Fundamental Frequency Output Power(dBm) Average Power(mW) duty cycle 128 824.2MHz 32.5 444.57 2/8 189 836.4MHz 32.5 444.57 2/8 251 848.8MHz 32.5 444.57 2/8 PCS 1900 Test channel Fundamental Frequency Output Power Average Power(mW) duty cycle 512 1850.2 29.5 222.81 2/8 661 1880 29.5 222.81 2/8 810 1909.8 29.5 222.81 2/8 We confirm the maximum turn/transmit time among all modes is less than 50 bursts/1minutes, each burst is 577us length. As a normal call, there are 13,000 bursts /1minutes. In addition,the GSM Antenna Gain is GSM850: -3dBi,PCS1900: -1dBi. The follows is analyses: The device is designed to provide two applications, one is continuous tracking and another is position request. Under every applications the location info can be send to one preset number or server or both through SMS or HTTP. (1) In continuous tracking mode, Tracker will report position through HTTP to server at the some interval(1min~1440min),the interval can be set by the user. (2) In position request mode, when the tracker received the request through SMS or CALL, it will start to acquire position through GPS. Once the position is acquired and fixed, it will report the current position through SMS to mobile or through HTTP to server. And the tracker will report the latest position if position fix fails. (3)If 2 requests are received nearly at the same time, if the service for the first is not finished, it will skip the second. If the service for the first has finished, it will process the service for the second. (4)The incoming request for location may meet or happen with continuous tracking at the same time, system will handle incoming request for location for the first priority task, and skip the continuous tracking event. (5) The class 10 service support one up four down or two up three down. The number of slots be used is the lesser of what the particular cell supports and the maximum capability of the mobile device. In one GPRS service the network always assigned 1 slot at first and will adjust the slot number according to the data amount within the maximum capability. Queclink Wireless Solutions Room 501, Building 9, No.99 Tianzhou Road Shanghai, China 200233 Tel: +86-21-51082965 Fax: +86-21-54451990 Page 2 of 3 As the tracker deal with the service one by one and each service may send about 100Bytes data, in most case there will be only one slot up and one slot down working. Only when the user requests the location info frequently one by one, the network may assign more slots to transmit data. The worst case is that 2 slots in 8 slots are used to transmit large quantity data. When EUT transmit data: In our application, there are four types message: 1) The length of every GTTRI message is 130Bytes; 2) In TCP short connection mode，it needs 492+130=622Bytes to send a location message; 3) In TCP long connection mode，it needs104+130=234 Bytes to send a location message; 4) In UDP mode, one message needs 28+130=158Byte; So, the maximum streaming is 622Byte for one message. In our use, the worst condition is sending one message per minute and the longest message type is TCP short connection mode, that is 622Bytes.As a burst include 114bit useful information, the total bursts needed for transmit 622Byte is：622Byte*8/114bit=43.6, that is less than 50burst。If the coding schematic is CS4, the needed burst is fewer. So the worst transmit case among all modes is: 50 bursts/1minutes. The time average power of the device in GSM850 band is not larger than 50*577*10 -6 *1778.28*10 -3 /60=0.855mW. It is less than 60/f=60/0.8242=73mW. The time average power of the device in PCS band is not larger than 50*577*10 -6 *891.24*10 -3 /60=0.429mW, It is less than 60/f=60/1.8502=32.43mW. So SAR test of this device could be excluded. Page 3 of 3 Module aspect Module in the shoe Illustration: 1. The device include a GSM module,the minimum separation distance between antenna of the module and human is about 10mm. 2. The port connect a 5V DC adapter can power device and charge the internal battery for customer only, backend server developer or administrator can use the port to configure and firmware upgrading device only. GSM antenna position in the shoe, the dimensions of the GSM antenna is Length 25mm* Width 22mm in the shoe. (see Illustration 1) GPS antenna position in the shoe Port for charging in the shoe.(see Illustration 2) GSM antenna GPS antenna USB cable for adapter charging

检测报告编号：2011J10-30-106002 Test report series No. 检测报告续页专用 第 1 页 共 88 页 Continued page of test report Page of total pages TEST REPORT 上海市计量测试技术研究院 华东国家计量测试中心 中国上海测试中心 检 测 报 告 Queclink Wireless Solutions Co., Ltd 委 托 者 Customer Room 501, Building 9, No. 99 TianZhou Road, Shanghai, China 委托者地址 Address of customer GPS Locator 样品名称 Name of sample Queclink Wireless Solutions Co., Ltd 制造厂 Manufacturer GL100S 型号/规格 Model/Specification 08# 样品编号 No. of sample 批准人/ 职务 Approved by / Functions 核验员 Checked by 检测员 Tested by 检测日期 2011 年 06 月 21 日 Date for test Year Month Day 地址：上海市张衡路1500号(总部) 电话：021-38839800 传真：021-50798390 邮编： 201203 Address No.1500 Zhangheng Road，Shanghai(headquarters) Tel. Fax Post Code 客户咨询电话：800-820-5172 投诉电话：021-50798262 Inquire line Tel. for complaint (机构检测专用章) 未经本中心批准，部分采用本报告内容无效。 Partly using this report will not be admitted unless allowed by SIMT. 检测报告编号：2011J10-30-106002 Test report series No. 检测报告续页专用 第 2 页 共 88 页 Continued page of test report Page of total pages 国家法定计量检定机构计量授权证书号（中心/院）：（国）法计（2007）01039号/（2007）01019号 The number of the Certificate of Metrological Authorization to The Legal Metrological Verification Institution is No.（2007）01039 / No.（2007）01019 中国合格评定国家认可委员会实验室认可证书号：No. CNAS L0134 The number of the certificate accredited by CNAS is No.L0134 中国国家认证认可监督管理委员会资质认定计量认证证书（CMA）号：2009000597E The number of the metrology accreditation certificate by CNCA is No. 2009000597E 本次检测所依据的技术规范（代号、名称）： Reference documents for the test (code 、name) FCC part 22: 2009 Part 22: Public Mobile Services FCC part 24: 2009 Part 24: Personal Communications Services 本次检测所使用的主要测量仪器： Main measuring instruments used in this test Refer to Attachment 1 检测地点及环境条件： Location and environmental condition for the test 地点： Location SIMT EMC, No.716, Yishan Road Shanghai 温度： Ambient temperature (20-24) °C； 湿度： Relative humidity (40-56) %RH； 其它： Others / 检测结果/说明： Results of test and additional explanation The testing results are in compliance with FCC part 22: 2009, FCC part 24: 2009 (see the continued pages) (Test date: 2011.06.08-2011.06.21) (Date of report: 2011.06.29) 本报告提供的结果仅对本次被测的样品有效。 The data are valid only for the sample(s). 检测报告编号：2011J10-30-106002 Test report series No. 检测结果/说明（续页）： Results of test and additional explanation（continued page） 检测报告续页专用 第 3 页 共 78 页 Continued page of test report Page of total pages Contents 1. Test Summary.................................................................................................................5 2. General Information........................................................................................................6 2.1 EUT Description..............................................................................................................6 2.2 Operational Description..................................................................................................6 2.3 Configuration of Tested System......................................................................................7 2.4 General Information of Test Site.....................................................................................7 3. Peak Output Power Test.................................................................................................8 3.1 Test setup.......................................................................................................................8 3.2 Limits...............................................................................................................................8 3.3 Test procedure................................................................................................................8 3.4 Test results.....................................................................................................................9 3.5 Test Instrumentation (Test date: 2011.06.17)...............................................................15 3.6 Test Photograph...........................................................................................................15 4. Carrier Radiated Power Test.........................................................................................16 4.1 Test setup.....................................................................................................................16 4.2 Limits.............................................................................................................................16 4.3 Test procedure..............................................................................................................16 4.4 Test results...................................................................................................................18 4.5 Test Instrumentation (Test date: 2011.06.14)...............................................................18 4.6 Test Photographs..........................................................................................................19 5. Occupied Bandwidth Test.............................................................................................22 5.1 Test setup.....................................................................................................................22 5.2 Limits.............................................................................................................................22 5.3 Test procedure..............................................................................................................22 5.4 Test results...................................................................................................................23 5.5 Test Instrumentation (Test date: 2011.06.17)...............................................................29 5.6 Test Photograph...........................................................................................................29 6. Band Edge Test............................................................................................................30 6.1 Test setup..........................…

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Test Set-up photos for GL100S Peak Output Power / Occupied Bandwidth / Band Edge / Spurious Conducted Emission: ERP/EIRP& Spurious Radiation Emission: XAxis YAxis ZAxis Frequency Deviation: