EasyManua.ls Logo

Xsens MTi-630 User Manual

Default Icon
31 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Page #1 background imageLoading...
Page #1 background image
Xsens Technologies B.V.
Xsens North America, Inc.
Pantheon 6a
P.O. Box 559
7500 AN Enschede
The Netherlands
phone +31 (0)88 973 67 00
fax +31 (0)88 973 67 01
e-mail info@xsens.com
internet www.xsens.com
101 N, Pacific Coast Hwy
Suite 101
El Segundo, CA 90245
USA
phone 310-481-1800
fax 310-416-9044
e-mail info@xsens.com
internet www.xsens.com
Document MT1600P, Revision 2019.A, 29 Aug 2019
General information for MTi series

Table of Contents

Other manuals for Xsens MTi-630

Question and Answer IconNeed help?

Do you have a question about the Xsens MTi-630 and is the answer not in the manual?

Xsens MTi-630 Specifications

General IconGeneral
ModelMTi-630
MTi SeriesMTi 600-series
Operating Temperature-40 to +85 °C
Gyroscope Range±2000 °/s
Accelerometer Range±16 g
Magnetometer Range±8 gauss
Product CategoryInertial Measurement Unit (IMU)
TypeAHRS
Power SupplyDC
Communication InterfaceUSB
ProtocolsNMEA
Orientation OutputQuaternion, Euler angles, Rotation matrix
Roll/Pitch Accuracy0.5°
Yaw Accuracy

Summary

Getting Started with the MTi

3.1 Overview MTi Development Kit

Describes the MTi development kit for fast and easy integration.

3.1.1 Getting Started with MT Manager software

Guide to using MT Manager for initial setup and demonstration.

3.1.2 MT Software Development Kit (MT SDK)

Xsens Device API for developing user-specific host applications.

MTi System Overview

4.1 Test and Calibration

Explains the importance and process of sensor calibration for accuracy.

4.2.3 Orientation data

Explains orientation data output modes like quaternions and Euler angles.

4.4 Xsens Sensor Fusion Algorithms

Explains the core algorithms for sensor fusion and data computation.

4.4.1 Internal Sensor Bias Estimation

Explains how gyroscope bias is continuously estimated by the algorithm.

4.4.2 Roll and Pitch estimation

Describes how accelerometer data is used to stabilize inclination.

4.4.3 Heading/yaw estimation

Details yaw estimation using magnetic field or dead-reckoning.

4.4.4 Velocity and Position estimation

Explains how GNSS/INS combines data for robust estimates.

4.4.6 Filter Profile options

Explains the use of filter profiles to optimize performance for different applications.

4.5 MTi series interface options

Details various interface options for MTi 1-series and 600-series.

Input and Output Specification

5.3 Built-in self-test

Explains the built-in self-test for checking sensor functionality.

Installation tips and tricks

Related product manuals