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Autonomous Underwater Vehicle MEMS Inertial Navigation System with RS422 Output

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Autonomous Underwater Vehicle MEMS Inertial Navigation System with RS422 Output

Name: Autonomous Underwater Vehicle MEMS Inertial Navigation System with RS422 Output
Brand: Firepower
Price: 1 USD

Quality Autonomous Underwater Vehicle MEMS Inertial Navigation System with RS422 Output for sale

Brand Name : Firepower

Model Number : INS100E

Place of Origin : CHINA

MOQ : 1

Payment Terms : L/C,T/T

Supply Ability : 1000pcs

Delivery Time : 1 week

Packaging Details : wooden box

Heading accuracy（GNSS valid ）） : 0.1°

Attitude accuracy : 0.1°

Positioning accuracy : 1.5m；1cm+1ppm

Horizontal velocity accuracy : 0.1m/s

Gyroscope Zero bias stability : 4°/h

Accelerometer Zero bias stability : 0.2mg

Acc range : ±16g

Voltage : 9~36VDC

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INS100E Integrated Navigation System combines a high-performance MEMS gyroscope and accelerometer with built-in GNSS data reception. It features advanced multi-sensor fusion and integrated navigation algorithms, providing accurate and stable position, velocity, and attitude information. When GNSS signals are unavailable, the system maintains reliable short-term inertial navigation capability.

Designed for high reliability and strong environmental adaptability, the INS100E ensures stable operation under complex conditions. With flexible software configurations, it can be widely applied in industrial unmanned platforms, autonomous vehicles, unmanned surface vessels, communication-on-the-move systems, mapping and surveying, and stabilized platforms.

Performance Index

Project		Metrics (RMS)	Remark
Heading accuracy	GNSS valid ①	0.1°
Heading accuracy	Heading holding	0.2°/min	GNSS failure
Attitude accuracy	GNSS is valid	0.1°	Single-point L1/L2, RTK
Attitude accuracy	Attitude holding	0.2°/min	GNSS failure
Positioning accuracy	Horizontal, GNSS valid; RTK	1.5m；1cm+1ppm	Single point L1/L2; Differential
	Elevation, GNSS valid; RTK	2.5m；2cm+1ppm	Single point L1/L2; Differential
	Position holding, GNSS failure	20m	Unlocked for 60s
Horizontal velocity accuracy	GNSS is valid	0.1m/s	Single-point L1/L2,RTK
Gyroscope	Measuring range	±500°/s
Gyroscope	Zero bias stability	4°/h	Allan variance
Accelerometer	Measuring range	±16g	Customizable 200 g
Accelerometer	Zero bias stability	0.2mg	Allan variance
Satellite board	Cold start	< 30 seconds	Open environment
	Hot start	5 seconds	Open environment
	Type of receiver	BDS B1I/B2I/B3I GPS L1C/A/L2P (Y)/L2C/L5 GLONASS G1/G2 Galileo E1/E5a/E5b QZSS L1/L2/L5
Communication interface	RS232	Route 2
Communication interface	RS422	Route 1
Electrical characteristics	Voltage	9~36VDC
	Power consumption	≤3W
	Ripple	100 mV	P-P
Structural characteristics	Size	80 mm×53 mm×23mm
Structural characteristics	Weight	≤150g
Use environment	Operating temperature	-40℃~+60℃
	Storage temperature	-45℃~+65℃
	Vibration	20~2000Hz,6.06g
	Impact	30g,11ms
	Degree of protection	IP65
Reliability	MTBF	30000h
	Life span	> 15 years
	Continuous working time	>24h
① Effective 2m baseline of dual antenna, or dynamic alignment of single antenna

Overall dimension Autonomous Underwater Vehicle MEMS Inertial Navigation System with RS422 Output

Product Tags:

Servo Tracking 3 Axis Turntable

3 Axis Turntable Position Limitation Protection

Autonomous Underwater Vehicle MEMS Inertial Navigation System with RS422 Output Images

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