Summary of Contents for SinoGNSS M300 Plus GNSS
- Page 1 M300 Plus GNSS Receiver User Guide User Guide ComNav Technology M300Plus GNSS Receiver 2021 January...
- Page 2 M300 Plus GNSS Receiver User Guide...
-
Page 3: Table Of Contents
M300 Plus GNSS Receiver User Guide CONTENTS 1. Introduction.............................1 1.1 Warning and Cautions......................1 1.2 Use and Care......................... 1 1.3 Technical Assistance......................1 1.4 Your Comments........................1 2. Overview............................2 2.1 Receiver features........................2 2.2 Technical specifications......................2 2.3 M300Plus Basic Kit........................ 5 3. Setting up the receiver........................6 3.1 Guidelines..........................6... - Page 4 M300 Plus GNSS Receiver User Guide 4.6.2.1 Direct connection model..................23 4.6.3 Ntrip Config......................23 4.7 Internet Service........................27 4.7.1 Ethernet Config......................27 4.7.2 WIFI Config.......................28 4.7.3 Port Forwarding....................... 28 4.7.4 PPP Dial Setting......................29 4.7.5 DDNS........................30 4.7.6 natapp and Ngrok....................30 4.7.7 Routing Setting......................31...
-
Page 5: Introduction
M300 Plus GNSS Receiver User Guide 1. Introduction Thank you for choosing the M300Plus GNSS receiver. This Getting Started Guide will provide useful information about M300Plus. It will also guide you through your first step of using M300Plus GNSS receiver. -
Page 6: Overview
A standard SinoGNSS M300Plus smart antenna provides the following features: • 574 GNSS tracking channels •... - Page 7 M300 Plus GNSS Receiver User Guide supports long time record) - SBAS: WAAS, EGNOS, MSAS, GAGAN • Data logging frequency, maximum • Advanced multipath mitigation technology 50Hz • Low noise carrier phase measurements with precision in a 1 Hz bandwidth •...
- Page 8 M300 Plus GNSS Receiver User Guide Antenna sensor/barograph/inclinometer) • 1 DB9 male port • AT340 GNSS Geodetic Antenna - Standard RS232 protocol • AT350 GNSS Choke Ring Antenna • 1 Standard USB port, • AT500 GNSS Choke Ring Antenna - Connect with external storage card •...
-
Page 9: M300Plus Basic Kit
M300 Plus GNSS Receiver User Guide 2.3 M300Plus Basic Kit The table below provides an overview of items included in the M300Plus basic Kit. Items Picture M300Plus GNSS Receiver Charger Network Cable GNSS Antenna Cable/ Special cable can be provided if you require... -
Page 10: Setting Up The Receiver
M300 Plus GNSS Receiver User Guide Lemo to USB cable Double Female DB9 Serial Port Cable ComNav also supply various types of antennas, for additional introduction please see chapter 3.1.3. 3. Setting up the receiver 3.1 Guidelines Please follow these guidelines when setting up your receiver. -
Page 11: M300Plus Connection View
M300 Plus GNSS Receiver User Guide impact the accuracy and reliability of observation, resulting a degraded performance of normal operation. Follow these guidelines to select the antenna location: If the application is mobile / kinematic, place the antenna on a flat surface along the centerline of the vehicle. -
Page 12: Front Panel
M300 Plus GNSS Receiver User Guide 3.2 Front Panel There are 4 LEDs in front panel, which indicate M300Plus work status. ③ ① ④ ② Power indicator, it will always on when the power turn on. Satellites indicator, flashes N times every 5 seconds, n is the number of tracked satellites Static indicator, flashing means it is recording the raw data. -
Page 13: Rear Connectors
M300 Plus GNSS Receiver User Guide 3.3 Rear connectors All connectors are located on the back of the receiver, you can connect other external devices through these connectors. ① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ○ ○ ○ ⑨... -
Page 14: Receiver Configuration Through A Web Browser
M300 Plus GNSS Receiver User Guide EVENT Signal Connector Access Event signal trigger and can be configured through a web browser PPS Signal Connector Output PPS signal and can be configured through a web browser 4. Receiver configuration through a Web Browser M300Plus has an advanced built-in web server, you can access the web setting page and do configurations remotely. - Page 15 M300 Plus GNSS Receiver User Guide Set ipconfig XXX(IP) XXX(mask) XXX(gateway) # confige M300Plus IP e.g. set ipconfig 192.168.1.205 255.255.255.0 192.168.1.1 2. Enter the IP address and HTTP port of the receiver into the address bar, you will access the configuration page of M300Plus. The default setting for the HTTP port is 80, which is the standard port for web servers.
-
Page 16: Checking The Receiver Status
M300 Plus GNSS Receiver User Guide 3. Enter the default login settings to access the main page: Username: admin Password: admin After accessing the main page, configuration menus are listed on the left, and receiver’s settings on the right. Each configuration menu will be demonstrated in the following sections. -
Page 17: Receiver Configuration
M300 Plus GNSS Receiver User Guide 4.3 Receiver Configuration Use configuration menu to do basic configurations of your receiver. 4.3.1 General Config There are 2 work modes you can choose: Base station: configure the receiver as a Base station, you can change its settings in Base Setup menu ... -
Page 18: Base Setup
M300 Plus GNSS Receiver User Guide 4.3.3 Base setup After setting the work mode as base station, the base setup menu is available for you. However, you can change the base setup only when it’s on manually start station mode with stopped status. -
Page 19: Satellite Tracking
M300 Plus GNSS Receiver User Guide 4.3.4 Satellite Tracking Select SBAS and smooth pseudorange, setup the mask angle and select the types of the tracking signal based on surveying requirements. 4.3.5 Receiver Utility In this section, you can control M300Plus remotely, including: ... -
Page 20: Running Log
M300 Plus GNSS Receiver User Guide 4.3.6 Running Log Download user/system log to local; User Log contains power on/off, search satellite completed, TCP changed, data record changed, email alert, OEM status System Log contains system warning and system info. -
Page 21: Satellite Information
M300 Plus GNSS Receiver User Guide 4.4 Satellite Information Satellite information menus provide you an overall view of satellite tracking details, including Tracking Table, Tracking Chat and Sky View. You can enable/disable GPS, BDS, GLONASS, GAL, QZSS and SBAS (WAAS/SDCM/EGNOS/MSAS/GAGAN) satellites’... -
Page 22: Recording Config
M300 Plus GNSS Receiver User Guide control. 4.5.1 Recording Config Information is showed below： Internal Memory: 32 GB, 1 Hz sample frequency could be used for 8-month record. External Memory: If set as external memory without inserting a USB drive, it will be prompted with a message that “Storage space is overrun. -
Page 23: Ftp Push Setting
M300 Plus GNSS Receiver User Guide exists in the first storage area. Loop: When storage is full, Yes means delete earliest data and store continually, No means stop recording Storage Space: Separate storage space in internal memory\external memory ... -
Page 24: Data Download
M300 Plus GNSS Receiver User Guide 4.5.3 Data Download You can download internal data files through a web server, USB drive or FTP. 1. Data download through a web server Firstly, select data source (Internal or external memory), folder name, file type (CNB\ Rinex3.04\Rinex3.02\Rinex2.10) and date. -
Page 25: I/O Configuration
M300 Plus GNSS Receiver User Guide your files. 4.6 I/O Configuration There are two ways to transfer raw data from the M300Plus receiver to your office computer, LAN ports or serial ports. Serial ports support RS232 (com1, DB9 port) and RS485 (com2, Lemo port) protocol;... -
Page 26: Tcp/Ip Config
M300 Plus GNSS Receiver User Guide Raw observation data: ComNav binary format raw data Correction data: format from RTCM Navigation data: GPGGA and GPZDA message COM--- COM1, RS232 (DB9 port), Lemo—COM2, RS485 (Lemo port) 4.6.2 TCP/IP Config Dataflow can be transferred via the internet by using TCP Server or TCP Clients. -
Page 27: Direct Connection Model
It is also very easy to transmit correction data as the base station by using Ntrip Server and Ntrip Caster protocols. For a base station, you can broadcast correction data by using Ntrip Server protocol or the data forward software (supporting Ntrip Caster protocol, such as SinoGNSS’s... - Page 28 M300 Plus GNSS Receiver User Guide CDC+ software) running in the server. If you have a static IP address, you can use Ntrip Server and Ntrip Caster of M300Plus simultaneously to create a single reference station. This mode does not need any software to support, and is very convenient for using.
- Page 29 M300 Plus GNSS Receiver User Guide Click position information in Status menu to check the rover’s status, and position status should be Fixed. 2. Ntrip Server Before setting the Ntrip Server, you should configure the receiver as Base mode, also select correction data format as RTCM3.0 or RTCM3.2 (recommended).
- Page 30 M300 Plus GNSS Receiver User Guide 3. Ntrip Caster M300Plus can also work as a single reference station and send correction data through Ntrip Caster protocol. You need to configure both Ntrip Server and Ntrip Caster when you use this protocol. The setting is shown below: 1.
-
Page 31: Internet Service
M300 Plus GNSS Receiver User Guide 4.7 Internet Service 4.7.1 Ethernet Config Use the Ethernet Config menu to set IP Setting, IP address, subnet mask, default gateway and DNS. After changing those settings, you need to change your computer’s IP address and relogin configuration webpage based on the new IP address. -
Page 32: Wifi Config
M300 Plus GNSS Receiver User Guide 4.7.2 WIFI Config After setting WIFI Config, you can search the WIFI of this M300plus. After connecting to WIFI, you can log in to the web interface through the IP address you set. Two mode options are available: AP/Shut down. When you want to turn off this feature, you can select the mode as Shut down. -
Page 33: Ppp Dial Setting
M300 Plus GNSS Receiver User Guide 4.7.4 PPP Dial Setting When you use a SIM card, you must enable this feature. It is best to insert the SIM card before turning on the power, and connect the 4G antenna. Check Enable checkbox to enable PPP dial ... -
Page 34: Ddns
M300 Plus GNSS Receiver User Guide 4.7.5 DDNS Dynamic DNS (DDNS) is a method of automatically updating a name server in the Domain Name System (DNS). M300plus has built-in Dynamic DNS capabilities, which means that it is capable of sending an update to your DDNS account when your IP address changes. -
Page 35: Routing Setting
M300 Plus GNSS Receiver User Guide 4.7.7 Routing Setting The routing setting provides a function to select the main network source. It is also possible to switch the network source automatically. Currently only supports switching from SIM card to network cable. -
Page 36: Email Alert
M300 Plus GNSS Receiver User Guide 4.7.9 Email Alert After set the Email Client, you can add no more than 3 email addresses to receive M300Plus’s alarm, including Power on/External Power Break/Battery low/FTP Push Failed/Code expired. 4.8 Firmware Update You can update the system firmware, board firmware and front panel firmware in this menu. -
Page 37: User Management
M300 Plus GNSS Receiver User Guide 4.9 User Management Use user management menu to add, delete users or edit limits of authority. Click Add User button, enter the name, password, and choose limits of authority, then click Enter, you will add a user successfully. The maximum number of user is... -
Page 38: Programmatic Interface
M300 Plus GNSS Receiver User Guide 5. Programmatic Interface This section describes a method of controlling M300Plus receiver through programmatic commands. It provides a more machine friendly method for users to check and configure receivers, such as base/rover, NMEA data output. Please read these tips before sending commands to your M300Plus receiver. - Page 39 M300 Plus GNSS Receiver User Guide Change the serial port baud rate com com1 9600// Change the baud rate of com1 to 9600 Check System Information log sysconfiga //All the configuration of the system can be viewed by this command.
-
Page 40: Commands Related To External Devices
M300 Plus GNSS Receiver User Guide For example: log com1 gpgga ontime 1 log com1 gpgsv ontime 1 Raw data output Log com1 rawephemb onchanged //Output GPS ephemeris Log com1 glorawephemb onchanged //Output Glonass ephemeris Log com1 bd2rawephemb onchanged //Output Beidou ephemeris Log com1 galephemerisb onchanged //Output Galileo ephemeris Log com1 rangecmpb ontime 1//Set com1 output cmp 1 data, the frequency is 1Hz. -
Page 41: Pps Output
M300 Plus GNSS Receiver User Guide triggering). Timebias and timeguard are not available currently. Example markcontrol mark1 enable negative 0 0 After configuration, you can save and check settings via command saveconfig and logsysconfig. Output Messages Markpos and marktime provide the position and accurate time of the event moment.The two messages support binary and ASCII formats, so the messages... - Page 42 M300 Plus GNSS Receiver User Guide Set atom on/off // on: use the external atomic clock; off: use the internal atomic clock.
-
Page 43: Appendix A：advantages Of Beidou B3 Signal
M300 Plus GNSS Receiver User Guide Appendix A：Advantages of Beidou B3 signal ComNav technology is a high-tech company with CORE GNSS Positioning technology, in China. So we have a better understanding of Beidou signal, providing reliable receivers and positioning solutions for you. ComNav declares that Beidou B3 signal is only used for customers in China with its two advantages: E-RTK: long baseline RTK(supper wide int solution), which can reach 100km distance.
Need help?
Do you have a question about the M300 Plus GNSS and is the answer not in the manual?
Questions and answers