Z9PS82-VTHE SOUTH S82-V IS A RTK GNSS RECEIVER WHICH IS INTEGRATED WITH BLUETOOTH DEVICE BUILT FOR PRECISION, RELIABILITY AND USER FRIENDLINESS

GPS Page 1 of 17 S82V Contents Contents Contents...........................................................................................................................................................................1 Chapter I : A brief introduction of S82V ...............................................................................................................2 Chapter II : S82V receiver main unit .....................................................................................................................3 Chapter III : S82V accessories............................................................................................................................... 10 Appendix 1: Frequently Asked Questions.......................................................................................................... 17 GPS Page 2 of 17 S82V Chapter I: A brief introduction of S82V Chapter I : A brief introduction of S82V The SOUTH S82V is a RTK GNSS receiver, built for precision, reliability and user friendliness. S82V is able to receive GPS signals, and also satellite signals from GLONASS and GALILEO. The S82V main receiver unit is integrated with GNSS antenna interface, GNSS module, Bluetooth device to facilitate working convenience for the user. The S82V receiver is lightweight and sturdy, and designed for rugged usage. The receiver housing is waterproof and dustproof, and built with superior material to withstand long lasting operation in the field. The embedded receiver firmware can customize different RTK software for different applications. The data transfer process is a very convenient one. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. CAUTION: a) The disposal of electric and electronic device as solid urban waste is strictly prohibited: they must be collected separately. b) Contact Local Authorities to obtain practical information about correct handling of the waste, location and times of waste collection centres. When you buy a new device of ours, you can give back to our dealer a used similar device. c) The dumping of these devices at unequipped or unauthorized places may have hazardous effects on health and environment. d) The crossed dustbin symbol means that the device must be taken to authorized collection centres and must be handled separately from solid urban waste. NOTES: The treatment, recycling, collection and disposal of electric and electronic devices may vary in accordance with the laws in force in the Country in question. You could contact [email protected] for any enquiries pertaining to the S82V. 2 GPS Page 3 of 17 S82V Chapter II: S82V receiver main unit Chapter II : S82V receiver main unit II.1 The receiver main body There are three parts to the main unit: the cover, a protective rubber ring and the main structure. The cover protects the GNSS antenna inside. The protective rubber ring has the function of additional protection against water and dust. The display LED panel and control keys are integrated into front of the main structure. On the bottom there is a slot for the built-in a compartment for the batteries. All the others components of the receiver (Bluetooth device, main board, etc.) are contained inside the main structure of the receiver. Fig. 2.1 – S82V main unit GPS Page 4 of 17 S82V II.2 Indicator lights and instrument setup 1. Function Key 2. Power Key 3. Status light 4. Data link light 5. Bluetooth light 6. Satellite light 7. Built-in power supply light 8. External power supply light Fig. 2.2 – S82V keys and indicator lights As you see by the figure 2.2 there are three sets of indicator LEDs, each with two different colors and two different functions. From the left to the right are: 1 st indicator: status indicator light (red), data link indicator light (green) 2 nd indicator: Bluetooth indicator light (red), satellite indicator light (green) 3 rd indicator: Battery power light (red), external power supply indicator light (green). The descriptions of the LEDs are as follows BAT (red): Built-in power supply light (Fig.2.3). The status of the battery power supply are indicated as follows 1. Fixed: Battery power supply in good condition. 2. Flashing: Battery power supply low. Usually when the light begins to flash you have one hour of power left. GPS Page 5 of 17 S82V Fig. 2.3 – S82V battery power LED PWR (green): external power supply light (Fig. 2.4). The status of the external power supply are indicated as follows 1. Fixed: External power supply in good condition. 2. Flashing: External power supply low Fig. 2.4 – S82V external power LED BT (red): Bluetooth indicator light (Fig. 2.5). When the controller is connected with the receiver, this light will light up. Bluetooth light Fig. 2.5 – S82V Bluetooth LED SAT (green): Satellite light (Fig. 2.6). It shows the amount of located satellites, when the receiver obtains satellites signals, it will start to blink, the number of blinks corresponds with the number of located satellites. GPS Page 6 of 17 S82V Fig. 2.6 – S82V satellite LED STA (red): Status light (Fig. 2.7). In static mode, this LED lights when the receiver is recording data. In RTK mode, it shows if the data link module working in good condition. Fig. 2.7 – S82V status LED DL (green): Data Link light (Fig. 2.8). In static mode, it will remain lit in normal operation conditions. In RTK mode, it shows if the data link module working in good condition. Fig. 2.8 – S82V Data Link LED F Key : Function key Switches between the working modes (static, base or rover) and RTK communication modes. P Key: Power key Powers unit on/off and confirms selected functions. GPS Page 7 of 17 S82V Power on receiver: Press P key one time, the receiver will power on. Power off receiver: Press and hold P key for few seconds, af…

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STU Standard Technology Union Co., Ltd. Report No.: STUGZEMO111013538RF1 S82-T Page 1 to 2 STU Standard Technology Union Co., Ltd. Report No.: STUGZEMO111013538RF1 S82-T Page 2 to 2

South Surveying & Mapping Instrument Co., Ltd F1, No.52, Jian Zhong Rd, Tian He Software Park, Zhong Shan Avenue West, Guangzhou, China FCC ID Location

S82-V Setting Instruction Function Key Switch & Confirm Key Fig. 1.2 Display-Key The settings of base and rover can be set by hand, the details are as follows: Rover mode Keep pressing P+F keys and wait for six lights flashing at the same time, then press F key to choose the working mode: press P key when STA is lit to choose the working mode of rover. Waiting for several seconds and then keep pressing F key for about 5 seconds, after the second beep release F key, press F key to choose the communication mode. Base mode Keep pressing P+F keys and wait for six lights flashing at the same time, then press F key to choose the working mode: press P key when BT is lit to choose the working mode of base. Waiting for several seconds and then keep pressing F key for about 5 seconds, after the second beep release F key, press F key to choose the communication mode. Static mode Keep pressing P+F keys and wait for six lights flashing at the same time, then press F key to choose the working mode, press P key when the BAT is lit to choose the static mode. When you next turn on the receiver ,the working mode is the last selected mode. If preferred, you can set the parameters of receiver with handheld both for the working mode and for lit. But you cannot switch from one mode to another. For instance, the rover parameters includes: sampling interval, mask angle, maximum accepted PDOP value. Without using the controllers the receiver works with default parameters. The static mode parameters cannot be selected by the controller, but only modifying the file “config.ini” on receiver hard disk. External module direct connection Keep pressing P+F keys and wait for six lights flashing at the same time, then release P key, press F key to make green light show on Row 2, Column 3 of lights(the right bottom light). Now you come to external module connection mode.

1 2 3 4 5 6 7 8 9 10 11 12 ABCD 12 11 10 9 8 7 6 5 4 3 2 1 D CBA PA1 24 OSC-IN 12 OSC-OUT 13 VSSA 19 PA3/RX1 26 PA2/TX1 25 PA0-WKUP 23 VBAT 6 PC13-TAMPER-RTC 7 PC14-OSC32-IN 8 PC15-OSC32-OUT 9 NRST 14 PA4 29 PA5 30 PA6 31 PA7 32 PB0 35 PB1 36 PB2-BOOT1 37 VSS_2 74 NC 73 VDD_2 75 STM32F103VX PE2 1 PE3 2 PE4 3 PE5 4 PE6 5 VSS_5 10 VDD_5 11 PC0 15 PC1 16 PC2 17 PC3 18 VREF- 20 VREF+ 21 VDDA 22 VSS_4 27 VDD_4 28 PC4 33 PC5 34 PE7 38 PE8 39 PE9 40 PE10 41 PE11 42 PE12 43 PE13 44 PE14 45 PE15 46 PB10/TX2 47 PB11/RX2 48 VSS_1 49 VDD_1 50 PB12 51 PB13 52 PB14 53 PB15 54 PD8 55 PD9 56 PD10 57 PD11 58 PD12 59 PD13 60 PD14 61 PD15 62 PC6/SD_D6 63 PC7/AD_D7 64 PC8/SD_D0 65 PC9/SD_D1 66 PA8 67 PA9/TX0 68 PA10/RX0 69 PA11 70 PA12 71 PA13/JTMS 72 PA14/JTCK 76 PA15/JTDI 77 PC10/SD_D2 78 PC11/SD_D3 79 PC12/SD_CLK 80 PD0 81 PD1 82 PD2/SD_CMD 83 PD3 84 PD4 85 PD5 86 PD6 87 PD7 88 PB3/JTDO 89 PB4/JNTRST 90 PB5 91 PB6 92 PB7 93 BOOT0 94 PB8/SD_D4 95 PB9/SD_D5 96 PE0 97 PE1 98 VSS_3 99 VDD_3 100 U4 STM32F103VX R421K SAV_LED1 Q079013 X028MHZ C27 22P C2822P R1710M VDD33 VDD33 VDD33 VDD33 VDD33 VDD33GND GND GND GND GND MCU_TX1 MCU_RX1 MCU_RX0MCU_TX0 MCU_RST R2010K MCU_RST VDD33 R43200R R311K SAV_LED2 Q039013 R32200R R441K BLUETOOTH_LED Q089013 R45200R BOOT0 BOOT1 VDD33 R22100K R23100K JTDI JTCK JTMS JTDO TRST BOOT1 BOOT0 VBUS D-D+ SD_CLK D0 SD_CMD D3 PC_RX1PC_TX1 C30104 C31104 C32104 C24104 R19 0R R18 0R GPIO1 1 PMOSD 2 DVDD 3 X1 4 X2 5 GND 6 AVDD 7 DP 8 DM 9 RREF 10 DVDD 11 VP5 12 EXTRSTZ 13 SD_WPZ 14 SD_CDZ 15 D1 16 D0 17 D7 18 D6 19 SD_CLK 20 D5 21 SD_CMD 22 D4 23 D3 24 D2 25 MS_INS 26 GPIO3 27 GPIO0 28 U5 GL827 X2X1 D-D+ DVDD DVDD DVDDSD_VDDEXTRSTZ D1 D2D3_1SD_CLKSD_CMD_1 D0_1 C3920PC4020PC33104C34104C36104C35104 C38 104 C37 104 X0312M X1X2 DVDDSD_VDDEXTRSTZ R29 715R D3_1 SD_CMD_1 SD_VDD SD_CLK D0_1 D1 D2 D11SS34 R24 10K R25 10K R26 10K R27 10K VDD33 SD_VDD VBUS R280R R301M R0710K1%R081.78K1% D055822 C060.01uF C0722uF A 1 K 2 D04 MBRS130LT3 L016.8uH VIN 7 ENA 5 NC 2 NC 3 BOOT 1 PH 8 VSNS 4 GND 6 U1TPS5430 R0210K C034.7uF A K D024148D034148 R031K R0410K PSW22 VDD120 MCU_PWR2 C0422uF/25V Q019013 C0510uF/25V VDD80 Vin1 VDD120 F011A R461K PWR_LED Q099013 R47200R R331K SATELLITE_LED Q049013 R34200R R481K STATE_LED Q109013 R49200R S1 1 G2 2 S2 3 G2 4 D1 8 D1 7 D2 6 D2 5 Q11AAT7357 VIN_RADIOVIN_GPRS VDD80VDD80 Q059013 R3810K R3910K VDD80 RADIO_CTRL PWR_GPRS Q069013 R4010K R4110K VDD80 GPRS_CTRL PWR_RADIO RADIO_CTRLGPRS_CTRL PWR_RADIO PWR_GPRS +- BP1 BP 1S 1 1G 2 2S 3 2G 4 2D 5 2D 6 1D 7 1D 8 Q12 AAT7357 R370R BEEP R351K VDD33 1234567 J9 DB9 GND2 12345 J10 BLUETOOTH1 12345 J11 BLUETOOTH2 VDD33GNDBT_TX1BT_RX1LINK_STATE1VDD3333GNDBT_TX2BT_RX2LINK_STATE2VIN1GND1RF_TXRF_RXGND 1234567891011121314 J8FACE BT_LEDSTA_LEDSAT_LEDPOWER_LEDSAVE_LED1SAVE_LED2VDD33GNDPSW1PSW2 F VDD33 SAVE_LED11POWER_LED1 BT_LED1SAT_LED1 SAVE_LED22STA_LED1 SAV_LED1BLUETOOTH_LEDSAV_LED2PWR_LEDSATELLITE_LED STATE_LED LED11 LED22 SQ1 CPLD_TDICPLD_TDOCPLD_TMSCPLD_TCK VDD33 123456 J6 CPLD_JTAG C54 104 CPLD_TDICPLD_TMSCPLD_TCK CPLD_TDO MCU_TX0MCU_RX0MCU_TX1MCU_RX1OEM_TXD2OEM_RXD2OEM_RXD11 CPU 串串 0 CPU 串串 1 OEM 串串 2 OEM_TXD11 SD_CMDSD_CMD_1OEM1_RXD2OEM1_TXD2 PC_TXDPC_RXDBT_TX22BT_RX11BT_RX22BT_TX11GPRS_TX11GPRS_RX11 OEM 串串 1 GPRS 串串 PC 串串 蓝蓝 2 串串 蓝蓝 1 串串 外外外外串串 IO/GCK3 1 IO 2 IO 3 IO 5 IO 6 IO 7 IO 8 TD IN 9 TMS 10 TCK 11 IO 12 IO 13 IO 14 IO 16 IO 18 IO 19 IO 20 IO 21 IO 22 IO 23 TD OUT 24 IO 27 IO 28 IO 29 IO 30 IO 31 IO 32 IO/GSR 33 IO/GTS2 34 IO/GTS1 36 IO 37 IO 38 IO 39 IO 40 IO 41 IO 42 IO/GCK1 43 IO/GCK2 44 VCCIO 26 VCCINT 15 VCCINT 35 GND 4 GND 17 GND 25 U6 XC9572-10 VDD33 R0510K R063K AD_12V AD_8VAD_12V R54 10K F1 12 J1 BAT VBATGND1 BEEP 控控控控 232 GND 1 GPIO_USER1 2 VARF 3 PPS 4 VCC 5 VCC 6 EVENT2 7 EVENT1 8 ERROR 9 PV 10 CTS2 11 RESETIN 12 RTS2 13 RXD2 14 CTS1 15 TXD2 16 RTS1 17 RXD1 18 GPIO_USER0 19 TXD1 20 USB D- 21 USB D+ 22 GND 23 GND 24 U9OEMV-2 3.3V OEM_TXD1OEM_RXD1OEM_RXD2 差差差差解解差差 232 PV R5510K 3.3V OEM_TXD2 PV OEM_RXD3 OEM_TXD3 SEL_CH1SEL_CH2SEL_CH3SEL_CH4SEL_CH5 SEL_CH8SEL_CH5SEL_CH4SEL_CH3SEL_CH2SEL_CH1 SEL_CH8 1234 5678 109 EMI1EMI1 1234 5678 109 EMI2EMI2 GND BT_TX11BT_RX11LINK_STATE11 BT_TX2BT_RX2LINK_STATE2 BT_TX1BT_RX1LINK_STATE1 BT_TX22BT_RX22LINK_STATE22 1 2 3 C24 HEADER VBAT VIN C1347uF/16V D095822 R1210K C1110uF A K D074148 A K D084148 R131K PSW11PSW22 R1410K C124.7uF R1515K R1610K D064148 KEY_Press MCU_PWR1 AD_8V B 1 E 3 C 2 Q029013 VIN R104.7KR1110KR091K Z013.3V VDD80 MCU_PWR1 D01 4148 R011K PSW11 RADIO_TX11RADIO_RX11 内内外外串串 1234 5678 109 EMI6EMI6 GND RF_TXRF_RX GPRS_RX RF_TX1RF_RX1 GPRS_RX1 1234 5678 109 EMI3EMI3 1234 5678 109 EMI4EMI4 GND SAVE_LED11 BT_LED1 SAVE_LED22 POWER_LED1 SAT_LED STA_LED PSW1SAVE_LED1 BT_LED SAVE_LED2 POWER_LED SAT_LED1 STA_LED1 PSW11 SD 卡卡差 MCU 卡差 外电卡差 外串卡差 逻逻控控卡差 OEM 卡差 其其卡差 LINK_STATE11 LINK_STATE22 PSW2 PSW22 GPRS_TX GPRS_TX1LED22LED11 LED1 LED2 1234 5678 109 EMI5EMI5 GND PC_RX11PC_TX11 PC_RX1PC_TX1 L03 0R GND1 GND GND KEY_Press C6822uF C65104 C66104 C67104 VDD33 C7110uF 1 2 3 C644 HEADER GND F F1 RSDTR R521K R531K R511K CTRL_5V VDD33 C1+ 1 C1- 3 C2+ 4 C2- 5 T1IN 11 T2IN 10 R1OUT 12 R2OUT 9 VS+ 2 VS- 6 VCC 16 GND 15 T1OUT 14 T2OUT 7 R1IN 13 R2IN 8 U7MAX232 C42104 C44104 C43104 C45104 OEM1_TXD2OEM1_RXD2 RF_TX1RF_RX1 VDD33 C1+ 1 C1- 3 C2+ 4 C2- 5 T1IN 11 T2IN 10 R1OUT 12 R2OUT 9 VS+ 2 VS- 6 VCC 16 GND 15 T1OUT 14 T2OUT 7 R1IN 13 R2IN 8 U8MAX232 C46104 C48104 C47104 C49104 PC_TX11 PC_RXD PC_RX11 PC_TXD RSDTR TTLDTR TTLDTR C5022uFC5222uF C5310uFC5110uF C0122uF C0222uF C57 22uF C58 22uF C41 104 GND 123456 J12 RADIO_BASE VIN1 MCU_PWR2 GND1 GND1 GND1 GND1 GND1 GND1 GND1 3.3V C72104 C69104 OEM_TXD1 OEM_TXD11 OEM_RXD1 OEM_RXD11 RSV/D2 1 XCS/D3 2 DI/CMD 3 VCC 4 CLK 5 GND 6 DO/D0 7 RSV/D1 8 GND 9 GND 10 J5MICRO_SD 1S 1 1G 2 2S 3 2G 4 2D 5 2D 6 1D 7 1D 8 Q15 AAT7357 VDD3333 VDD33 R361K CTRL_5V R1IN 16 T2IN 12 T1IN 13 R2IN 9 R1OUT 15 R2OUT 10 T1OUT 17 T2OUT 8 C1+ 2 C2+ 5 GND 18 C1- 4 VCC 19 C2- 6 V- 7 EN 1 FORCEOFF 20 FORCEON 14 V+ 3 INVALID 11 U11SP3223 C73 104 C74 104 C76 104 C75104 VDD33 RADIO_RX11RADIO_TX…

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Report No.: STUGZEMO111013539RF1 Page 2 of 36 VERIFICATION OF COMPLIANCE Applicant: South Surveying & Mapping Instrument Co., Ltd Applicant Address: F1, No.52, Jian Zhong Rd, Tian He Software Park, Zhong Shan Avenue West, Guangzhou, China Manufacture: South Surveying & Mapping Instrument Co., Ltd Manufacture Address: F1, No.52, Jian Zhong Rd, Tian He Software Park, Zhong Shan Avenue West, Guangzhou, China EUT Name: GNSS RECEIVER Trade Mark: SOUTH Model No.: S82-V FCC ID: Z9PS82-V Report Number: STUGZEMO111013539RF1 Date of Test: Nov.05, 2011 to Nov.16, 2011 WE HEREBY CERTIFY THAT: The above equipment was tested by STU Standard Technology Union Co., Ltd. The test data, data evaluation, test procedures, and equipment configurations shown in this report were made in accordance with the procedures given in ANSI C63.4 (2003) and the energy emitted by the sample EUT tested as described in this report is in compliance with radiated emission limits of FCC Rules Part 15.247. Report No.: STUGZEMO111013539RF1 Page 3 of 36 TABLE OF CONTENTS 1. GENERAL INFORMATION...............................................................................................................................5 1.1 PRODUCT DESCRIPTION........................................................................................................................5 1.2 TABLE OF CARRIER FREQUENCYS.......................................................................................................5 1.3 RECEIVER INPUT BANDWIDTH..............................................................................................................5 1.4 EXAMPLE OF A HOPPING SEQUENCY IN DATA MODE........................................................................6 1.5 EQUALLY AVERAGE USE OF FREQUENCIES AND BEHAVIOUR.........................................................6 1.6 RELATED SUBMITTAL(S) / GRANT (S)....................................................................................................6 1.7 TEST METHODOLOGY.............................................................................................................................6 1.8 TEST FACILITY..........................................................................................................................................6 1.9 SPECIAL ACCESSORIES..........................................................................................................................6 1.10 EQUIPMENT MODIFICATIONS...............................................................................................................6 2. SYSTEM TEST CONFIGURATION..................................................................................................................7 2.1 CONFIGURATION OF TESTED SYSTEM................................................................................................7 2.2 EQUIPMENT USED IN TESTED SYSTEM...............................................................................................7 3. SUMMARY OF TEST RESULTS......................................................................................................................8 4. DESCRIPTION OF TEST MODES...................................................................................................................8 5. MAXIMUM OUTPUT POWER..........................................................................................................................9 5.1 MEASUREMENT PROCEDURE.................................................................................................................9 5.2 TEST SET-UP (BLOCK DIAGRAM OF CONFIGURATION).......................................................................9 5.3 MEASUREMENT EQUIPMENT USED.....................................................................................................12 5.4 LIMITS AND MEASUREMENT RESULT...................................................................................................12 6. 20 DB BANDWIDTH.......................................................................................................................................13 6.1 MEASUREMENT PROCEDURE...............................................................................................................13 6.2 TEST SET-UP (BLOCK DIAGRAM OF CONFIGURATION).....................................................................13 6.3 MEASUREMENT EQUIPMENT USED.....................................................................................................13 6.4 LIMITS AND MEASUREMENT RESULTS................................................................................................13 7. MAXIMUM CONDUCTED OUTPUT POWER SPECTRAL DENSITY (N/A).................................................15 7.1 MEASUREMENT PROCEDURE...............................................................................................................15 7.2 TEST SET-UP (BLOCK DIAGRAM OF CONFIGURATION).....................................................................15 7.3 MEASUREMENT EQUIPMENT USED.....................................................................................................15 7.4 LIMITS AND MEASUREMENT RESULT...................................................................................................15 8. OUT OF BAND EMISSION.............................................................................................................................16 8.1 MEASUREMENT PROCEDURE...............................................................................................................16 8.2 TEST SET-UP (BLOCK DIAGRAM OF CONFIGURATION).....................................................................16 8.3 MEASUREMENT EQUIPMENT USED.....................................................................................................16 8.4 LIMITS AND MEASUREMENT RESULT...................................................................................................16 9. BAND EDGE EMISSION............................…

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Report No.: STUGZEMO111013539RF1 Page 1 of 1 PHOTOGRAPHS OF TEST SETUP RADIATED SPURIOUS EMISSION TEST (BELOW 1GHZ) RADIATED SPURIOUS EMISSION TEST (ABOVE 1GHZ)