Queclink Wireless Solutions GV75 GPS Tracker User Manual GV75 x
Queclink Wireless Solutions Co.,Ltd GPS Tracker GV75 x
Users Manual
GV7 75 User Manu ual GV75 U Manu User ual GSM M/GPRS/GPS Traackerr TRA ACGV75U UM001 Version: R1 1.03 TRACGV75UM00 01 ‐1‐ GV7 75 User Manu ual Doccument Title GV75 User Manual Version 1.03 Date 2016‐04‐15 Stattus Release Doccument Con ntrol ID TRACGV75UM001 Gen neral Notes Queeclink offers this inform mation as a service to its i customerrs, to suppo ort application and engiineering effo orts that usee the produccts designed d by Queclin nk. The inforrmation provvided is baseed upon requirements sp pecifically prrovided to Queclink by th he customerrs. Queclink has not undertaken anyy independent search for additio onal relevan nt informatiion, including any m validation n of this information that may be in the customer’s possession. Furthermore, system duct designeed by Quecliink within a larger electtronic system m remains the responsib bility of prod the customer orr the customer’s system integrator. All A specificatiions supplied d herein are subject hange. to ch Cop pyright Thiss document contains pro oprietary tecchnical inforrmation which is the prroperty of Queclink Wireeless Solutio ons Co., Ltd. The copying of thiss documentt, distributio on to others, and com mmunication of the conttents thereo of, are forbid dden withou ut express authority. Offfenders are liable to thee payment off damages. All A rights are e reserved in n the event o of a patent grant or regisstration of a utility modeel or design. All specificaations supplieed herein are subject to change with hout notice at a any time. TRACGV75UM00 01 ‐2‐ GV7 75 User Manu ual Contentts Conttents ............................................................................................................................................. 3 Table Index.......................................................................................................................................... 4 Figure Index ........................................................................................................................................ 5 0. Reevision Historry ............................................................................................................................... 6 1. In ntroduction .................................................................................................................................... 7 1.1. Reference ..................................................................................................................................... 7 1.2. Terms and Abbreviations .................... .......................................................................................... 7 2. Prroduct Overvview ............................................................................................................................ 8 2.1. Appearance .................................................................................................................................. 8 2.2. Parts List....................................................................................................................................... 8 2.3. Interface Deffinition ....................................................................................................................... 9 3. Geetting Started d .............................................................................................................................. 10 3.1. Install a SIM Card............................................................................................................................ 10 3.2. Switch on the Device ...................................................................................................................... 11 3.3. Power Conneection .......................................................................................................................... 11 3.4. Ignition Deteection .......................................................................................................................... 12 3.5. Digital Input .................................................................................................................................... 12 3.6. Digital Outpu ut ................................................................................................................................. 12 3.7. UART Interfaace ............................................................................................................................... 13 3.8. Indicator Light Description ............................................................................................................ 14 4. Trroubleshootin ng and Safetyy Info ...................................................................................................... 15 4.1. Troubleshooting ............................................................................................................................. 15 4.2. Safety Info ...................................................................................................................................... 15 5. FC CC NOTE……… ………………………………………… …………………… ……………………… …………………… …………………………...16 TRACGV75UM00 01 ‐3‐ GV7 75 User Manu ual Table Ind dex TABLLE 1: REFEREN NCE .................................................................................................................................... 7 TABLLE 2: TERMS AND A ABBREVIA ATIONS ....................................................................................................... 7 TABLLE 3: PARTS LIIST ..................................................................................................................................... 8 TABLLE 4: DESCRIPTION OF GV75 USER CABLEE ............................................................................................ 9 TABLLE 5: ELECTRIC CAL CHARACTTERISTICS OF IGNITION DETTECTION ......................................................... 12 TABLLE 6: ELECTRIC CAL CONDITIO ONS OF NEGATTIVE TRIGGER R INPUTS ........................................................ 12 TABLLE 7: ELECTRIC CAL CONDITIO ONS OF DIGITA AL OUTPUTS ....................................................................... 13 TABLLE 8: DEFINITION OF DEVIC CE STATUS AND LED .................................................................................. 14 TRACGV75UM00 01 ‐4‐ GV7 75 User Manu ual Figure Ind dex FIGU URE 1: EXAMP PLE CONNECTION FOR NEGA ATIVE TRIGGEER INPUTS ...................................................... 12 FIGU URE 2: THE EXA AMPLE CONN NECTION TO DRIVE A LED ......................................................................... 13 FIGU URE 3: THE EXA AMPLE CONN NECTION TO DRIVE A RELAYY ..................................................................... 13 FIGU URE 4: THE CO ONNECTION OF UART WITH FEMALE DB‐9 9 .................................................................... 13 FIGU URE 5: THE CO ONNECTION OF UART WITH EXTERNAL DEEVICES ........................................................... 14 TRACGV75UM00 01 ‐5‐ GV7 75 User Manu ual 0. Revision History Re evision Date 1.0 01 1.0 02 1.0 03 2016‐01‐07 BingoHuan ng 2016‐01‐25 Abside Yu 2016‐04‐15 Abside Yu TRACGV75UM00 01 Author Descriiption of Ch hange Initial Add Saafety Informaation Modifyy “Getting Sttart” and pro oduct appearrance ‐6‐ GV7 75 User Manu ual 1. Introducti ion The GV75 is a compact watterproof GPSS tracker designed for a wide varietyy of vehicle tracking appllications. It has h multiple I/O interfaces that can be e used for monitoring or controlling external devices. Its builtt‐in GPS receeiver has sup perior sensitivvity and fastt time to firsst fix. Its quaad band GPRS/GSM subssystem suppo orts 850/900 0/1800/1900 0 MHz allow wing the GV7 75's location n to be mon nitored in reaal time or periodically tracked by a baackend server and mobilee devices. Its built‐in 3‐axxis accelerometer allows motion detecction and exte ends battery life through sophisticated d power man nagement alggorithms. Syystem integraation is straightforward as completee documentaation is provvided for thee full featureed @Track prrotocol. The @Track prottocol supportts a wide vaariety of repo orts includingg emergencyy, geo‐fence boundary crossings, driving behavio or, low batte ery and scheeduled GPS po osition. 1.1.. Reference SN Docum ment Name Remark [1 1] [2 2] GV75 @Track Air In nterface Prottocol.doc @Track Air Interrface for Garmin‐FMI Protocol V1.02.pdff Ta Table 1: Referrence 1.2.. Terms and d Abbreviations Ab bbreviation Description DIN DO OUT GN ND Digital Input Digital Output Ground Table 2: Terms and Abbreviations TRACGV75UM00 01 ‐7‐ GV7 75 User Manu ual 2. Product Overview 2.1.. Appearancce Figure 1. Appearance of GV75 2.2.. Parts List Nam me GV75 Tracker Piccture 102mm*46 6mm*20.5mm GV75 Extend Cab ble USB‐232 Cable(optional) 12V DC Supply(optional) GV75 Configuratiion Cable(opttional) Table 3: Partss List TRACGV75UM00 01 ‐8‐ GV7 75 User Manu ual 2.3.. Interface Definition Therre are 8 wiress on GV75useer cable, whicch contains th he connection for power, ignition inputt, digittal input, digital output, TX XD and RXD, etc. The userr cable’s defin nition is show wn in the follo owing tablee. Ind dex Colourr Description Comment Red Power Extternal DC pow wer input,8‐3 32V Black Ground Sysstem ground((connected to o the vehicle’’s frame direcctly) Yellow Digital in nput Diggital input, ne egative triggeer White Ignition Ign nition input, positive triggeer Green Digital ou utput2 Diggital output,lo ow side 150m mA max Blue Digital ou utput1 Diggital output,lo ow side 150m mA max with latch Violet TXD Grey RXD Table 4: Desscription of GV75 User Cable TRACGV75UM00 01 ‐9‐ GV7 75 User Manu ual 3. Getting Sttarted 3.1.. Install a SIIM Card Step p 1: Remove the top coveer. Step p 2: Insert the t SIMcard into the SIM M card holder. Step p 3: Place the t top cover on the botttom cover, and a tightenbo oth covers until they snaap. Note e: Make sure e that the se eal ring is in place and th here is no ob bvious gap between cove ers and seal ring. TRACGV75UM00 01 ‐ 10 ‐ GV7 75 User Manu ual Step p 4: Turn over the device and tighteen the screw w with screw cushion. Step p 5: Connecct the device to t extend cab ble. Or cut offf the 8Pin Mo olex connecto or. 3.2.. Switch on the Device The method to power on GV V75: ‐ Use externaal power to tu urn on. Wheen the external power iss removed,GV75 will switch to intern nal backup b battery and keep on runn ning. When internal backkup battery is exhausted,, GV75 will give g a report and then turn off. 3.3.. Power Con nnection The red wireis power wire and a the blacck wire is gro ound wire. The T input voltage range for this he device is designed to be installed in vehicles that operate on 12V deviice is from 8V to 32V. Th or 24V systems without the need for extternal transfo ormers. Figure 2. Typical Powe er Connection TRACGV75UM00 01 ‐ 11 ‐ GV7 75 User Manu ual 3.4.. Ignition De etection Loggical Status Electrical Status Acttive 5.0V to 32V Inaactive 0V to 3V orr open Table 5: Electrical Characteristtics of Ignition n Detection Figure 3. Typical Ignitiion Detection The white wire is i used for iggnition detecction. It is strrongly recom mmended to cconnect this wire to ignittion key at “R RUN” position n as shown ab bove. An alternative to o connecting to the ignitio on switch is to find a non‐‐permanent p power source e that is onlyy available wh hen the vehiccle is runningg. For example, the powerr source for the FM radio..Ignition signaal can be con nfigured to sttart transmittting informattion to the baackend server when ignition is on and enter power saving modee when ignitio on is off. 3.5.. Digital Inp put Therre is a negative trigger in nput on the GV75.For neggative triggeer input the eelectrical con nditions are: Logiical State Activve Inacctive Electrrical State 0V to 0.8V 1.7V to t 32V or Op pen Table 6: Electrical Co onditions of Negative Triggger Inputs The example con nnection is showed as fo ollows: Figure 1: Example of Connection fo or Negative Trigger Inputs 3.6.. Digital Output The outputs are Open‐Drain type with no internal pull‐‐up resistor which can alsso be used to control a relay. It meanss that the useer has to connect a pull‐up resistor or a relay coil b between the output pin and any possitive voltagee (32V max) to generate e a correct output. Each output can drive a A. conttinuous curreent of 0.15A The green wire is i low side 15 50mA max, and a the blue wire is low side s 150mA max with lattch. onditions aree: The electrical co TRACGV75UM00 01 ‐ 12 ‐ GV7 75 User Manu ual Logiical State Enab ble Disaable Electtrical State <1.5V V, drive curre ent is 0.15A Open n or the pull‐‐up voltage (max 32V) Tab ble 7: Electriccal Conditions of Digital Outputs Note e: 1. The relay outp put can be laatched by the software, so s even if th he GV75 is reestarted or powered dow wn in some caases, the relaay output will not change e. To use thee latch function, the main n power and backup batteery should bee connected. Otherwise th he relay will always be in n normal close status. Digittal outputs are a used for cutting/resto oring GND. The T examples of connecttions are: e 2: The Exam mple of Conn nection to Drive an LED Figure Figure 3: 3 The Example of Conne ection to Driive a Relay p to PWR pin n by a diode. So no exterrnal flyback diode is Notee: All outputts are internaally pulled up need ded when th he output is connected to o an inductivve load. 3.7.. UART Interface Therre is one UART interfface on GV V75. UART is used forr configurattion and firrmware dow wnloading, an nd communicating with external devices like CAN N Bus modulee and RFID re eader. Pleaase note the UART interffaces are all RS232 level. For RS232 leevel, valid signals are 3V V to 15V and ‐3V to ‐15V and the ‐3V V to +3V is no ot a valid level. 3V to 15V V correspond d with logic 0 of TTL t ‐15V correespond with logic 1. leveel, while ‐3V to The examples off connection ns of UART with w female DB‐9 and with external d devices are showed ollows. as fo Figure 4: The Conn nection of UA ART with Fem male DB‐9 TRACGV75UM00 01 ‐ 13 ‐ GV7 75 User Manu ual Figure 5:: The Connecction of UAR RT with Exterrnal Devices 3.8.. Indicator Light Descriiption Fiigure 6:GV75 5 LED LED Device Stattus LED Status CEL (Note1) Device is seearching GSM M network. Fast flashing (Notte3) Device has registered to o GSM netwo ork. Slow w flashing (Notte4) SIM card neeeds pin codee to unlock. ON GPS chip is powered offf. OFF GPS sends no data or daata format errror occurs. Slow w flashing GPS chip is searching GP PS info. Fast flashing GPS chip haas gotten GPSS info. ON No externaal power and backup batte ery voltage is lower than 3.35V V. OFF No external power an nd backup battery voltaage is below 3.55 5V. Slow w flashing External po ower in and backup batterry is charging. Fast flashing External po ower in and backup batterry is fully charged. ON GPS (Note 2) PWR (Note 2) Taable 8: Definition of Device Status and d LED Notee: 1 ‐ CEL C LED canno ot be configured. 2 ‐ GPS LED and PWR LED can be conffigured to tu urn off after a period off time by ussing the conffiguration too ol. 3 ‐ Fast F flashing is about 60mss ON/780ms OFF. 4 ‐ Slow flashing is about 60m ms ON/1940m ms OFF. TRACGV75UM00 01 ‐ 14 ‐ GV7 75 User Manu ual 4. Troublesh hooting an nd Safety Info 4.1. Troubleshoo oting Trou uble Possib ble Reason Solution Afteer GV75 is turned the on, CELLEDalwaysflashes quicckly. The SIM card is no ot inserted. Please insert tthe SIM carrd into GV7 75. The signal is too o weak; GV7 75can’t registter to the network. Please move GV V75into place es with goo od GSM coverrage. The SIM card is PIN N locked. Usee SIM card w without SIM PIN, or unlock SIM PIN. V75doesn’t support The SIM card in GV GPRS.. Try a GPRS supp porting SIM caard. APN is wrong. Some APNs cannot visit the Internet directly. Askk the networrk operator for the righ ht APN. The IP P address or port p of the baackend server is wrong. Make sure the IP address for the bacckend server is an ide entified add dress on the IInternet. GV7 75 doesn’t po ower off. The fu unction of po ower key is disabled by AT+GTSFR. Enaable the funcction of pow wer key by AT+GTFKS. GV7 75 can’t succcessful fixin ng. The GPS G signal is weak. Please move GV V75 to a placce with opeen sky. Messsages can’tt be repo orted to the backend serverr by GPR RS. get GPS It is better to let the top surface facee the sky. 4.2. Safety Info Please do d not disasssemble the device by yourself. Please do not put the t device in n anoverheattedor too hu umid place, aand avoid exxposure T high tem mperature will damage th he device or even cause battery to direct sunlight. Too explosion. d not use GV75 on anaiirplane or ne ear medical equipment. Please do TRACGV75UM00 01 ‐ 15 ‐ GV7 75 User Manu ual 5. FCC F NOTE: Thiss device com mplies with Pa art 15 of the FCC Rules. Ope eration is subject to the following tw wo condition ns: (1) this device may not cause harmful interrference, and d (2) this devvice must acccept any interrference rece eived, including interferen nce that mayy cause unde esired operattion. E MANUFAC CTURER IS NOT RESPONSIBLE FOR ANY RA ADIO OR TV V INTERFER RENCE THE CAU USED BY UN NAUTHORIZ ZED MODIFICATIONS OR O CHANGE E TO THIS EQUIPMENT. SUCH MOD DIFICATION NS OR CHAN NGE COULD D VOID THE E USER’S AU UTHORITY T TO OPERAT TE THE EQU UIPMENT. und to comply with the lim mits for a Cla ass B digital device, Thiss equipment has been tested and fou purssuant to part 15 of the FC CC Rules. Th hese limits arre designed to t provide reasonable pro otection agaiinst harmful interference in a residenttial installatio on. This equiipment generates, uses and a can radia ate radio freq quency enerrgy and, if no ot installed and used in accordance with the instru uctions, mayy cause harm mful interfere ence to radio o communica ations. Howe ever, there iss no guaranttee that interrference willl not occur in a particu ular installation. If this equipment does cause harmful interrference to radio or televvision recepttion, which can be determ mined by turrning the equ uipment off and on, the user is enccouraged to try to corre ect the interfference by o one or more e of the follo owing measures: eorient or relocate the re eceiving antenna. -- Re be etween the equipment an nd receiver. -- Increase the separation in nto an outlett on a circuitt different fro om that to w which the rec ceiver is -- Connect the equipment nected. conn onsult the de ealer or an exxperienced radio/TV tech hnician for he elp. -- Co sta atement RF exposure Thiss equipmentt complies with FCC ra adiation exp posure limitss set forth ffor an unco ontrolled enviironment .Th he device ha as been eva aluated to me eet general RF exposurre requireme nt. a separation distance of 20 cm maintained between the antenna of this device and persons during operation. To ensure compliance, operation at closer than this distance is not recommended. TRACGV75UM00 01 ‐ 16 ‐
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