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High Precision FOG IMU unit RS422 9*9*7.8cm Reliable Performance For Navigation

High Precision FOG IMU unit RS422 9*9*7.8cm Reliable Performance For Navigation

RS422 FOG IMU unit

RS422 IMU Inertial Measurement Unit

9*9*7.8cm FOG IMU unit

Place of Origin:

China

Brand Name:

Liocrebif

Certification:

GJB 9001C-2017

Model Number:

LKF-F3X90

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Product Details
Dimensions:
9*9*7.8cm
Color&Classification:
LKF-F3X90
Brand:
Liocrebif
Output Format:
RS422
Application:
Navigation Guidance, Attitude Measurement And Control Systems For Small Missiles And Guided Bombs
Original Place:
China
Highlight:

RS422 FOG IMU unit

,

RS422 IMU Inertial Measurement Unit

,

9*9*7.8cm FOG IMU unit

Payment & Shipping Terms
Minimum Order Quantity
1
Price
5000-25000CHY
Packaging Details
Wooden box/Cardboard box/Container
Delivery Time
2-4 weeks
Payment Terms
T/T
Supply Ability
10000
Product Description
Essential details
MOQ:1
Size:L(9)*W(9)*H(7.8) cm
Specification Number:LKF-F3X90
Product Introduction

Introduction

LKF-F3X90 inertial measurement unit is an inertial product developed for navigation guidance, attitude measurement and control systems of small missiles and guided bombs. The angular velocity and linear acceleration of the carrier motion provide information for the attitude and navigation control of the carrier, and the measurement results are output through the RS422 serial port.

By reducing the outer diameter of fiber to 135μm,Thin PM fiber solution decreases extremely the size of fiber coils and delivers outstanding precision performance in fiber coils, which is applied for miniaturization of FOGs. And, the coils are wound precisely through quadrupole symmetry method.

As oil resources become increasingly depleted and exploration and development situations become more complex, gyroscopes and inertial navigation systems with higher precision and more reliable performance are needed to accurately measure engineering parameters during the drilling process.

 

Table 1 Performance parameters of LKF-F3X90 Three-axis FOG IMU

Fiber Optic Gyroscope

H

M

Bias Repeatability at Room Temperature

(By times, by days) (º/h)

≤0.1

≤0.2

Bias stability at Constant Temperature (º/ h)

≤0.1

≤0.2

Scale Factor Repeatability at Room Temperature (ppm)

≤30

≤50

Scale Factor Asymmetry at Constant Temperature (ppm)

≤30

≤50

Scale Factor Nonlinearity at Constant Temperature (ppm)

≤30

≤50

Threshold (º/h)

≤0.2 º/h

Angular Rate Range (º/s)

-500 to +500 º/s

Bandwidth (Hz)

≥200

Dimensions (mm)

90*90*78

Weight (g)

850±50 (with accelerometer)

Operating Temperature (°C)

-45 to +65

 

 

Quartz Accelerometer

 

Range (g)

≥±30

Scale Factor Temperature Coefficient (ppm /°C)

≤100

Scale Factor Monthly Stability (ppm)

≤100

Bias (mg)

≤±7

Bias Temperature Coefficient (μg /°C)

≤100

Bias Monthly Stability (μg)

≤100

Second-order Nonlinear Coefficient (μg /g2)

≤100

Mounting angle (")

≤200

Outlook

No scratches, cracks, or corrosion

 

 

Table 2 The electrical interface of the gyroscope uses J30-15ZK connector

J30JZLN9ZKCA000

Pin

Pin Definition

Wire Color

Remarks

1,6

+5V

Red

Power Input

2,7

GND

Black

3

-5V

White

5

T+

Yellow

 

9

T-

Orange

 

4

R+

Blue

 

8

R-

Green

 

 

 

 

 

 

 

 

 

 

 

 

Main Features

High Degree of Engineering, Highly Cost-Effective

Pure Solid-State Design with Strong Environmental Adaptability

Full Digital RS-422 Electrical Interface Output

 

Application

Navigation guidance 

Attitude measurement and control systems for small missiles and guided bombs

 

Fig. 1 Dimensions of the external structure

High Precision FOG IMU unit RS422 9*9*7.8cm Reliable Performance For Navigation 0

 

 
High Precision FOG IMU unit RS422 9*9*7.8cm Reliable Performance For Navigation 1
 
 
High Precision FOG IMU unit RS422 9*9*7.8cm Reliable Performance For Navigation 2
 

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