KSIMU007C Inertial Navigation System 18V-36V High Precision

Price Negotiable

Price: Negotiable

MOQ: 1PCS

Delivery Time: 5-8 work days

Brand: kacise

Product Description

KSIMU007C Inertial Navigation System Specification

Product Overview

The KSIMU007C series inertial navigation system is a high-performance shelf product featuring fiber optic gyro and accelerometer technology. Designed for autonomous navigation in complex environments, it integrates with satellite, Doppler, odometer, and other systems to deliver high-precision navigation solutions.

This medium-precision fiber-strapdown system offers heading alignment accuracy better than 0.1° (1σ) and pure inertial navigation accuracy better than 2nm/h (CEP).

Key Features

High precision navigation performance
Reliable operation in complex environments
Advanced fiber optic gyro technology
Multiple system integration capabilities

Applications

Marine: Inertial + satellite + Doppler navigation
Land: Inertial + satellite + odometer systems
Aviation: Inertial + satellite + altimeter + star sensor
Space: Inertial + satellite + altimeter + star sensor
Specialized: Inertial + satellite + vision + UWB + laser ranging

Technical Specifications

Attribute	Value
Power dissipation	≤20W
Dimensions	150×160×138mm
Weight	3.6kg
Input voltage	18V~36V
Operating temperature	-40℃~+60℃
Mechanical environment	Strike: Half sine wave 20g, 11ms Vibration: GJB150.16A-2009
MTBF	≥30000h
External interfaces	RS422; CAN; Net interface

Performance Specifications

Parameter	Specification
Position (Pure inertial)	≤2nm/h, CEP
Position (Satellite combination)	≤5m, CEP
Position (DVL combination)	≤5‰D, CEP
Course	≤0.1°, 1σ
Posture	≤0.05°, 1σ
Alignment time	5min

Device Performance

Component	Parameter	Specification
Gyroscope	Zero bias stability	≤0.02°/h, 1σ
	Zero bias repeatability	≤0.02°/h, 1σ
	Scale factor	≤50ppm, 1σ
	Random walk	≤0.005 °/√h
Accelerometer	Zero bias repeatability	≤50ug, 1σ
	Zero bias stability	≤50ug, 1σ
	Scale factor repeatability	≤50ppm, 1σ
	Scale factor stability	≤50ppm, 1σ