Customization: | Available |
---|---|
Gnss Module: | Bd990 Board |
Channels: | 336 |
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
The GNSS Receiver C19 uses a Trimble BD970 OEM board. It can be used in a variety of applications and is compatible with various platforms that can improve Single Base Station applications and any kind of VRS setup and suitable for deformation monitoring. An advanced type of self-locking connection is employed; the outer casing is made of aluminum alloy with a system that cools the machine. This self-cooling mechanism is coupled with anti-shock technology and more.
Specification
|
|
Item
|
Parameter
|
GNSS Module
|
Trimble BD970
|
Web Server
|
GNSS board embedded
|
Power indicator
|
One LED light
|
Ntrip Caster
|
GNSS board embedded
|
Ethernet
|
RJ45 water-proof Ethernet port
|
Serial Port
|
RS232 standard
|
GNSS Antenna interface
|
TNC type at the same side with the other connector
|
Shell material
|
Aluminum alloy
|
Dimension
|
167mm×128mm×59mm
|
USB port
|
Optional, one fischer USB port for download static data
|
1PPS&Event(Optional)
|
Optional, two SMA connectors for the functions
|
Moving Base and Heading
|
Optional
|
Battery
|
None
|
Channels
|
336
|
Signal Tracking
|
GPS: L1 C/A, L2E,L2C,L5
|
BeiDou: B1,B2,B313
|
|
GLONASS: L1 C/A,L2 C/A,L3 CDMA14
|
|
Galileo2: E1,E5A,E5B,E5AltBOC,E614
|
|
IRNSS: L5
|
|
QZSS: L1 C/A,L1 SAIF,L2C,L5,LEX
|
|
SBAS: L1 C/A,L5
|
|
MSS L-Band: OmniSTAR, Trimble RTX
|
|
Maximum rate
|
<50Hz
|
Autonomous
|
1m horizontal, 1.5m vertical
|
SBAS
|
0.5m horizontal, 0.85m vertical
|
DGPS
|
0.25m horizontal, 0.5m vertical
|
RTK
|
0.008m horizontal, 0.015m vertical
|
RTK initialization reliability
|
>99.9%
|
DC Input
|
12V, 1A
|
Operating temperature
|
-30ºC~+75ºC
|
Storage temperature
|
-40ºC~+85ºC
|
Operating humidity
|
5%~95%(No condensing)
|
Standard Accessory
|
Power cable*1, Adaptor*1, Fischer to Serial Cable*1, RJ45 cable*1, TNC to TNC cable*5m
|
Optional Accessory
|
Choke Ring Antenna, Fischer to USB cable, Engineering plastics case
|