+
  • DINS.jpg

DINS-A Single-axis Rotating Laser Gyroscope Inertial Navigation System

DINS-A single-axis rotating laser gyroscope inertial navigation system is a high-performance inertial navigation and measurement equipment. DINS-A adopts high-precision laser gyroscope and quartz flexible accelerometer, and the system performance is significantly improved through high-precision error calibration, temperature compensation technology and single-axis rotating online self-calibration and error self-compensation technology. Electromagnetic shielding design, thermal balance design, vibration mode design, sealing design and strict manufacturing technology are adopted in the system to ensure excellent environmental adaptability.

Keyword:

Introduction

Accesories

Recommended

Product Introduction

DINS-A single-axis rotating laser gyroscope inertial navigation system is a high-performance inertial navigation and measurement equipment. DINS-A adopts high-precision laser gyroscope and quartz flexible accelerometer, and the system performance is significantly improved through high-precision error calibration, temperature compensation technology and single-axis rotating online self-calibration and error self-compensation technology. Electromagnetic shielding design, thermal balance design, vibration mode design, sealing design and strict manufacturing technology are adopted in the system to ensure excellent environmental adaptability.

Product features

High-precision two-frequency mechanically dithered laser gyroscope

On-line self-calibration and error self-compensation of single-axis rotation

Anti-disturbance traveling self-alignment

The input interface is rich, which supports the reference information access of satellite navigation system/odometer/Doppler log/electromagnetic log/altimeter/ultra-short baseline underwater acoustic positioning system.

There are various working modes, and the pure inertia/damping/integrated navigation mode can be selected automatically or manually according to the external reference information.

Excellent environmental adaptability

Military standard

 

Application Areas

High precision ship navigation

Navigation and positioning of underwater unmanned submersible

Positioning and orientation of artillery geodesic vehicle

Positioning and orientation of Missile Launch Vehicle

High-precision Attitude Measurement

 

Electrical Characteristics

Power supply:28VDC(18~36VDC), <100W

Communication:configurable serial ports (921600), Ethernet port, 2 CAN bus interfaces, Ethernet interface, 1 PPS interface, odometer pulse interface, maximum output frequency 1000Hz.

 

Physical Characteristics

Size: Φ480mm×520mm (diameter×height)

Weight: ≤62kg (without buffer base)

 

Measuring range

Angular velocity:±400deg/s

Acceleration:±15g

 

Operating Environment

Operating/Storage Temperature:

-40℃~+60℃/-55℃~+80℃

Vibration:1g Sine@5~50Hz

Normal operation/no damage under shock:30g@6ms/50g@11ms                      

 

Specifications

Heading(RMS) secLat

 

Pure inertia

≤60arcsec

Damping/combination

≤30arcsec

Roll、Pitch(RMS)

 

Pure inertia

≤30arcsec

 

Damping/combination

≤15arcsec

Position(CEP)

 

Pure Inertial

≤2nm/48h

Guided Combination

≤2m

Doppler Meter Damping

≤1nm/48h

Electromagnetic Meter Damping

≤1.5nm/48h

Odometer combination

≤0.15‰D

Velocity (RMS)

 

Pure Inertia

≤0.6m/s

Damping

≤0.2m/s

Combined

≤0.1m/s

Start-up time

 

 

 

Marine Marina

≤12h

Marine offshore

≤12h with GNSS

Land based static

≤7min

Land-based travelling

≤15min with OD

Heave(RMS)

 

2.5cm or 2.5%


信息为测试元素,使用时候可删除该元素放置自己想放的元素

这里是占位文字


信息为测试元素,使用时候可删除该元素放置自己想放的元素

RELATED PRODUCTS

RELATED BROCHURES