Purpose: To determine which type of heading correction is best for different applications of the INS.
Last Updated: June 2020
For INS-D/DL: The “Dual GNSS” type of heading correction can be used for any application that allows the installation of the INS and two GNSS antennas with a baseline of at least 1.5 m (it can be static, quasi-static, and slowly moving objects as well as objects with high dynamic). So, any application where two antennas can be installed with a clear view of the sky and less than 1.5 meters away from one each other. When Dual GNSS type is used, the algorithm starts as soon as the GNSS receiver provides a heading solution.
Read More
Topics:
INS,
INS-D,
INS-DL,
INS-B,
INS-P,
GNSS,
Heading,
Magnetometer,
Correction
Purpose: Identify the pin outputs for the GNSS output on the INS-B, INS-P, INS-D, INS-DL
Read More
Topics:
INS,
INS-D,
INS-DL,
INS-B,
INS-P,
GNSS,
Pinout
Purpose: The purpose of this article is to show the steps to configuring usage of individual constellations, make sure to send these commands using an RS-232 connection and not to use Ethernet. It is critical that you follow these instructions carefully to not incorrectly configure the unit. If there is any uncertainty please consult a Customer Service agent. Developer options such as these may result in the Warranty of the device being voided.
Read More
Topics:
INS,
MRU-PD,
INS-D,
INS-DL,
INS-B,
INS-P,
Constellation,
GPS,
Navic,
QZSS,
GNSS,
custom,
BeiDou,
GLONASS,
Galileo
