VHQRDR7RFID Reader

Petratec International 12 Derech HaSharon (Sharona Center), Kfar Saba 44271, ISRAEL +972-9-7466105 www.gasngo.com The information contained in this document is proprietary and confidential information of Petratec – int. Any unauthorized reproduction, use or disclosure of this material, or any part there--of, is strictly prohibited. This document and information is intended solely for the internal use of authorized employee PETRATEC-INT Ltd. Derech Hasharon 12 (Sharona Center) Kfar-Saba 44271, Israel, +972 9 7466105 1 - 12 PETRATEC-INTERNATIONAL ltd Confidential Reader Manual Document Change Control Revision Number Date of Issue Comments 0.0.1 18 Jan 2007 First version Petratec International 12 Derech HaSharon (Sharona Center), Kfar Saba 44271, ISRAEL +972-9-7466105 www.gasngo.com The information contained in this document is proprietary and confidential information of Petratec – int. Any unauthorized reproduction, use or disclosure of this material, or any part there--of, is strictly prohibited. This document and information is intended solely for the internal use of authorized employee PETRATEC-INT Ltd. Derech Hasharon 12 (Sharona Center) Kfar-Saba 44271, Israel, +972 9 7466105 2 - 12 PETRATEC-INTERNATIONAL ltd Confidential Table of Contents System Overview ________________________________________________________3 Reader ________________________________________________________________4 Description ________________________________________________________________ 4 Electric makeup ____________________________________________________________ 5 Station Forecourt Installation Procedure _______________________________________ 6 Reader Configuration and Parameter Establishment ______________________________________ 6 GSC and Reader Communication _________________________________________10 Table of Abbreviations __________________________________________________12 Table of Figures Figure I - Reader as Installed on Gas Pump Nozzle ___________________________________________ 4 Figure III - Reader Electric Makeup _______________________________________________________ 6 Figure VI - Reader's location on the pump nozzle _____________________________________________ 7 Figure VII - mechanical Polypropylene Inserts _______________________________________________ 9 Petratec International 12 Derech HaSharon (Sharona Center), Kfar Saba 44271, ISRAEL +972-9-7466105 www.gasngo.com The information contained in this document is proprietary and confidential information of Petratec – int. Any unauthorized reproduction, use or disclosure of this material, or any part there--of, is strictly prohibited. This document and information is intended solely for the internal use of authorized employee PETRATEC-INT Ltd. Derech Hasharon 12 (Sharona Center) Kfar-Saba 44271, Israel, +972 9 7466105 3 - 12 PETRATEC-INTERNATIONAL ltd Confidential System Overview Petratec’s Gas N Go is a state-of-the-art automatic refueling system designed to complete refueling transactions that are invisible and fully automated. This means that once a Gas N Go vehicle enters a gas station it is able to acquire all services required by the passengers without a visible transaction taking place. Automatic refueling revolves around vehicle identification: authorizing a transaction on the basis of a non-equivocal identification of a specific vehicle with a specific account, within a payment and clearance system. Linking between billing information and a specific vehicle is the core achievement of automatic refueling, and the Gas N Go system in particular. Authentication of vehicle identity leads to unerring billing, completing the transaction before actual refueling even begins. In order to ensure this unequivocal identification of vehicle information, cutting edge encryption and authentication technology is employed in reading two vehicle units simultaneously and communicating this data to IT infrastructures including billing systems and station management systems. These unique vehicle units pose the perfect link between a physical vehicle, its billing account, and, in some cases, vehicle Petratec International 12 Derech HaSharon (Sharona Center), Kfar Saba 44271, ISRAEL +972-9-7466105 www.gasngo.com The information contained in this document is proprietary and confidential information of Petratec – int. Any unauthorized reproduction, use or disclosure of this material, or any part there--of, is strictly prohibited. This document and information is intended solely for the internal use of authorized employee PETRATEC-INT Ltd. Derech Hasharon 12 (Sharona Center) Kfar-Saba 44271, Israel, +972 9 7466105 4 - 12 PETRATEC-INTERNATIONAL ltd Confidential Gas N Go is designed for care-free installation and deployment. It poses no disruption whatsoever to forecourt activity and its installation in the vehicle units and on station hardware is both stress-free and completely wireless. Reader Figure I - Reader as Installed on Gas Pump Nozzle Description The Reader is a closed, sealed unit, never opened for maintenance or other reasons. A wireless transponder unit assembled onto the gas pump nozzle, its purpose is Petratec International 12 Derech HaSharon (Sharona Center), Kfar Saba 44271, ISRAEL +972-9-7466105 www.gasngo.com The information contained in this document is proprietary and confidential information of Petratec – int. Any unauthorized reproduction, use or disclosure of this material, or any part there--of, is strictly prohibited. This document and information is intended solely for the internal use of authorized employee PETRATEC-INT Ltd. Derech Hasharon 12 (Sharona Center) Kfar-Saba 44271, Israel, +972 9 7466105 5 - 12 PETRATEC-INTERNATIONAL ltd Confidential to interrogate the Tag part of the vehicle Gas N Go unit, and communicate the vehicle data acquired from the Tag to the GSC. The GSC then unites this vehicle ID data with the data acquired from the second vehicle unit, the Meter, into a message to the station’s IT infrastructures. The Reader is c…

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External Photo Enclosure of EUT Enclosure of EUT Photo of Battery

Mark Location:

Internal Photo PCB of EUT PCB of EUT Photo of Battery

Reader7 Operational Description The information contained in this document is proprietary and confidential information of Petratec – int. Any unauthorized reproduction, use or disclosure of this material, or any part thereof, is strictly prohibited. PETRATEC-INT Ltd. Haharash 4 Hod Hasharon, Israel, +972-7466105 Introduction This document describes the Operation of the Reader7 unit of the Automatic filling solution. The solution is based on RFID technology, with high security and very low cost. System Overview The Petratec system components are RFID Tag, RFID Reader, Meter and GSC (Gas Station Controller). The GSC communicates with the Gas Station System (Forecourt Controller that includes a Data Base of the authorized vehicles). The Forecourt controller controls the Fuel Pump. During normal operation, the GSC polls the Reader and Meter, looking for a Reader and Meter response. With a Reader response, the GSC receives the Reader information. When a nozzle is picked up, the GSC poll the Reader and requests a search for a RFID Tag. When a Reader has found a Tag, it sends the vehicle data written in the Tag to the GSC. Within the Tag data there is the associated Meter ID address. The GSC polls the Meter by the given address and receives the Meter response that contains the vehicle Odometer information. The Tag and the Meter information are sent to the Forecourt controller for further process (Authorization and service). The Reader continues to sense the RFID Tag in order to report to the Forecourt Controller of "Tag Lost" or "Tag Re-acquired" states until the Forecourt Controller completes the transaction by requesting the GSC to poll the Reader with a Stop command. Nozzle RFID Reader7 Normally, the Reader is in Idle (sleep) mode, and wakes up every single Second to receive the GSC clock sync and goes back to sleep. During the wakeup, the controller activates the Reader Rx part for the GSC communications and waits to receive clock sync packet from the GSC. If the GSC wants to poll the Reader, it requests the Reader by the clock sync packet to stay awake and to wait for the command packet. The Reader stays awake and gets the command packet with the intended Response Time Slot Number. The Reader performs the command and sends a relevant response to the GSC at the received response time slot. When the GSC polls the Reader and requests to search for a Tag, the Reader performs the command by activating the RFID section and reads a Tag, if exists. Readers/GSC Communications The communication between the GSC and the Reader is wireless. A GSC communicates with each of the Readers which attached to it. The Reader and GSC use this communication channel to exchange status and data. The RFID Read functionality is driven with minimal Power consumption criteria in mind and is powered by a Battery that lasts for more than a year. Therefore, communication needs to be as minimal as possible. RFID HFuController Low Power Battery Specifications ParaMeterValue MinTypicalMax Unit Operating (Reader) volTage33.33.6V Quiescent current107090uA Current2030100mA Temperature-503080 C 0 Battery volTage3.6V Capacity5.8Ah Cutoff @ +20C 033.28V Pulse current10002000mA Size"C" Temperature range-5080 C 0 Storage max. temp30 C 0 Weight (approx)60g RFID characteristics Frequency13.56MHz Bandwidth0.4MHz ModulationASK HF characteristics Frequency2.45GHz Bandwidth64MHz ModulationCSS

Report No.: TR-0908-015-01 Page 1 of 25 TDK South China EMC Center SAE Technologies Development (Dongguan) Co., Ltd. Changan Branch FCC Test Report (TR-0908-015-01) Applicant : GOLDEN REGENT ELECTRONICS INDUSTRIAL LTD Address : SUN ON TOWN.KUNG LOK INDUSTRIAL VILLAGE.. SHENZHEN.GUANGDONG, CHINA Manufacturer : GOLDEN REGENT ELECTRONICS INDUSTRIAL LTD Address : SUN ON TOWN.KUNG LOK INDUSTRIAL VILLAGE.. SHENZHEN.GUANGDONG, CHINA Product Name : Reader Trademark : None Model(s) : RDR 7(GNG-A741-02) Standard(s) : FCC Part 15 Subpart C Test Result : Pass Date of Test : Nov 11, 2009 to Feb 04, 2010 Report issued Dated : Feb 04, 2010 The report shall not be reproduced except in full, without the written approval of the TDK EMC Center. The results in this report apply only to the sample(s) tested. The production units are required to conform to the initial sample as received when the units are placed in the market. Responsible Engineer : Approved by : Phenix Zhang Technical manager CHAN king-chui Date : 2010.02.04 Date : 2010.02.04 Report No.: TR-0908-015-01 Page 2 of 25 TDK South China EMC Center SAE Technologies Development (Dongguan) Co., Ltd. Changan Branch Table of Contents Description Page 1. Description of the Test Site ...................................................................................................................... 3 1.1 Test Site Location: ..................................................................................................................................... 3 1.2 Site Registration ....................................................................................................................................... 3 1.3 Test Scope................................................................................................................................................... 3 2. Description of the Tested Samples .......................................................................................................... 4 2.1 Customer Information .............................................................................................................................. 4 2.2 Identification of EUT ............................................................................................................................... 4 2.3 Spec of EUT .............................................................................................................................................. 4 2.4 Test Standards List.................................................................................................................................... 4 3. Test Specifications ....................................................................................................................................... 5 3.1 Standard(s) Used ....................................................................................................................................... 5 3.2 Deviations from the Test Specification .................................................................................................... 5 4. Test Result.................................................................................................................................................... 6 4.1 Antenna Requirement ............................................................................................................................... 6 4.2 Conducted Emission (mains).................................................................................................................... 7 4.3 Spurious Radiated Emission .................................................................................................................... 8 4.4 Transmitter radiated emissions-Fundamental, Harmonic and Spurious........................................... 14 4.5 Frequency Stability ................................................................................................................................. 17 5. Test Setup ................................................................................................................................................... 18 5.1 Ancillary and Accessory Equipment Used ............................................................................................ 18 5.2 Photographs of the Test Configuration ................................................................................................ 19 5.3 Photographs of the EUT ........................................................................................................................ 20 6. Equipment List.......................................................................................................................................... 24 7. Test Uncertainty ........................................................................................................................................ 25 8. Appendix .................................................................................................................................................... 25 8.1 Confirmation of Compliance within the Limits ................................................................................... 25 Report No.: TR-0908-015-01 Page 3 of 25 TDK South China EMC Center SAE Technologies Development (Dongguan) Co., Ltd. Changan Branch 1. Description of the Test Site 1.1 Test Site Location: Laboratory : TDK South China EMC Center SAE Technologies Development (Dongguan) Co., Ltd. Changan Branch Address : Zhenan Hi-tech Industrial Park, Dongguang City, Guangdong Province, China Phone no. : (86)-769-8564-4678 Fax no. : (86)-769-8564-4499 Email : [email protected] 1.2 Site Registration VCCI (September, 2008) : Reg. No. R-2205, C-2392 FCC site registration (July, 2008) : Reg. No. 732901 IC registration : Reg. No. 7993 EMCC (September, 2008) : Reg. No. NAR/tl-060330 1.3 Test Scope EMC and RF testing according to national / international standards Report No.: TR-0908-015-01 Page 4 of 25 TDK South China EMC Cent…

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Test Setup Radiated emission Below 30MHz: 30MHz-1GHz: Above 1G: