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Table of Contents
Summary of Contents for ACNOVO GX900
- Page 1 ACNOVO...
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Page 2: Table Of Contents
ACNOVO Contents 1 Introduction ....................... 4 1.1 Company Introduction ..................4 1.2 Outstanding Features of ACNOVO GX900 ............. 4 2 General Information ....................6 2.1 Outlook of GX900 .................... 6 2.2 Basic Operation ....................7 2.2.1 Turn on/off ....................7 2.2.2 Self check .................... - Page 3 ACNOVO 5.3.2 Satellites setting ..................24 5.3.3 Device configuration ................24 5.3.4 NMEA message ..................25 5.3.5 View logs and configuration set ............25 5.4 Download data ....................26 5.4.1 Raw data....................26 5.4.2 Backup data ................... 26 5.5 Management ....................27 6 Frequently Use Functions ..................
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Page 4: Introduction
Even still equipped with magnesium alloy fuselage, the dimension is only 140x157x76mm and the weight is just 1KG. Many revolutionary technologies in GX900 makes your survey work more quickly and efficiently. Some innovation features can be summarized as below:... - Page 5 Inserted with high-sensitive E-bubble and brand-new tilt survey algorithm. GX900 is calibration-free. Immune to magnetic disturbance and free from limitation of tilt angles. GX900 can measure points where a vertical placement of the pole is not possible such as house corner.
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Page 6: General Information
Blink when normally receive satellites signals. The times it Satellites Indicator blinks, the number of satellite it tracks. Light without blinking indicates GX900 gets fixed solution Blink regularly with green color means correction data is Datalink Indicator transmitting or receiving normally; blink regularly with blue... -
Page 7: Basic Operation
2.2.2 Self check GX900 has self-checking function when you find some malfunctions like the indicators are abnormal or receiver can’t work normally or the device cannot connect via Bluetooth or Wi-Fi, radio mode is not workable or can’t connect to CORS. -
Page 8: Equipment List
3 Equipment List 3.1 Packing List of Base ACNOVO GX900 BASE SET 1. Main body Name Type Description Picture Weight 1.2KG Receiver GX900 Mainboard: (with two batteries) 2. Accessories Name Type Description Picture 7.2V Lithium Battery BP-5S 3400mAH Charger CH-04... -
Page 9: Packing List Of Rover
3.2 Packing List of Rover ACNOVO GX900 ROVER SET 1. Main body Name Type Description Picture Weight 1.2KG Receiver GX900 Mainboard: (with two main body batteries) 2. Accessories Name Type Description Picture Lithium BP-5S 7.2V Battery 3400mAH Battery Charger CH-04... -
Page 10: Setting Up
4 Setting Up 4.1 Setting Up Base Station 4.1.1 Choose a suitable place A suitable place is essential for base station to better receive the satellites and transmit the UHF signals. A suitable position should comply with following conditions: (1) Choose a wide open area in order to easy and better receive signal of satellites. Besides, make sure there is no covering like roof or heavy foliage. - Page 11 Figure 4-1 b. Turn the leveling screw C to move the bubble to the center of the circular vial. Figure 4-2 (4) Precisely leveling by using the plate vial a. Rotate the instrument horizontally by loosening the horizontal clamp screw and place the plate vial parallel to the line connecting leveling screw A and B, and then bring the bubble to the center of the plate vial by turning the leveling screws A and B.
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Page 12: Measure Antenna Height
4.1.3 Measure antenna height The antenna height must be measured when we use GX900 to collect static data or use it as base station. It’s the “a” show in below Figure 4-5, the height from ground measured point to phase center, only get this height can we know coordinate of the ground measured point. -
Page 13: Transmit Signal Through Internal Radio
Wi-Fi or Bluetooth as you prefer. (1) Via Wi-Fi GX900 can be used as a hotspot, use controller to search the Wi-Fi signal of GX900, the Serial NO. of GX900 will show on controller, then select it to finish connect. -
Page 14: Download Backup Data
2 points. Static surveying provides the highest accuracy achievable and requires the longest observation times, from less than an hour to five hours or longer. The static surveying function in GX900 including outdoor surveying and indoor data post processing. -
Page 15: Outdoor Surveying
(c) point and side connecting. Because every type of network has its own advantage and disadvantage, we can combine these types to achieve higher efficient ACNOVO but lower investment in time. Mixed connecting network is common in surveying work. -
Page 16: Download Data
5 WEB UI Control 5.1 Connect and register WEB UI GX900 can work as Wi-Fi Hotspot. You can connect it with phone, controller, PC or other devices through its Wi-Fi. The default Wi-Fi name is device number, no password needed. -
Page 17: Status
After connecting the Wi-Fi, input IP”192.168.10.1” into your web browser to turn it It will pop up a window like Figure 5-1, requests User name and password, default is as follow: User name: admin Password: password Figure 5-1 The WEB UI includes Status, Position, Settings, Download and Management. 5.2 Status In status, you can see current work status of receiver and some basic information. -
Page 18: Datalink
Figure 5-2 5.2.2 Data link In “Data link” you can set the channel, frequency and protocol. And you can also do channel detection in this menu. Below pic shows internal radio data link. Figure 5-3... -
Page 19: Satellites
5.2.3 Satellites In “Satellites” you can set the cutoff angle and can see satellites conditions. Figure 5-4 5.2.4 Information In “Information”, you are able to check information details about this receiver, such as firmware version of the receiver, GPS firmware version, UHF mode information, Network information etc. -
Page 20: Settings
Bluetooth. If you choose UHF datalink, you can choose record raw data or not. Select the radio channel and radio protocol as you prefer. GX900 is compatible with various protocols, such as: SATEL, PCC-GMSK, TrimTalk 450S, South 9600, TrimMark III(19200),... - Page 21 Figure 5-7 Rover mode (UHF data link) If you choose Network, you have to input the CORS and APN account, password and upload GGA.
- Page 22 Figure 5-8 Rover mode (Network datalink) If you choose External, it can connect to external radio. The external serial port baud rate has to be same with external radio. The baud rate for our device is 38400. Figure 5-9 Rover mode (External data link)
- Page 23 Base mode also contains different datalink; most parameters are same as rover. Just base has more options that can be edited. Figure 5-11 Base mode If use External, you can connect GX900 with external radio via Bluetooth. Besides, GX900 can also connect with other devices via Bluetooth.
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Page 24: Satellites Setting
5.3.2 Satellites setting In satellites setting, you can set the cutoff angle and select the satellites. Figure 5-12 5.3.3 Device configuration Device configuration can help you set many configurations. Such as select time zone, first storage position etc. Figure 5-13... -
Page 25: Nmea Message
5.3.4 NMEA message You can set the NMEA message, turn them on/off. You can also select the frequency here. NMEA includes GGA, GSA, GST, RMC, ZDA, GSV, VTG, GLL, GEDOP, GEREF, GESNR. Below pic shows the general settings. Figure 5-14 5.3.5 View logs and configuration set In “View logs”, you can see previous malfunction record and see previous result of self-checking. -
Page 26: Download Data
In “Configuration Set”, you can save current configuration you set and you can also use previous setting directly if you had saved. Figure 5-16 5.4 Download data There are 2 kinds of data you can download--static data and backup data. For static data, you can convert it to RINEX. -
Page 27: Management
5.5 Management Management contains many functions, you can register the device, do self-checking, change the password and restart the receiver. Figure 5-19 6 Frequently Use Functions 6.1 Device registration The register code a 32 numbers and letters. For example: GX900034804060,20180821, A7ECAC8BB90494F57A1F2FDFFCBA48 96. GX900034804060 is serial number 20180821 is Expiration date of this code A7ECAC8BB90494F57A1F2FDFFCBA4896 is register code, when you register, you... - Page 28 Figure 6-1 (2) Register via Controller Connect GX900 with controller (via Wi-Fi or Bluetooth). Find SurPad software controller interface, then click “SurPad”, it shows as Figure 6-2. Click “Device” you can see “Device Register”, click it, then you can see the page to input the code as click “Registration”, then finish the registration.
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Page 29: Download Static Data And Rinex Change
6.2 Download static data and RINEX change In WEB UI function, you can find Download. Click Download, then see Raw data, and you can see page as below pic. Choose the data you need and click “Download”. Figure 6-4 You can also see “Convert”, click Convert, then there are few file forms for you to choose. -
Page 30: Restore Factory Settings
Figure 6-6 6.4 Restore factory settings In WEB UI, “management” you can find “Restore Factory Settings” You can click “OK” to reset the device. Figure 6-7...
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