450deg/S Range 0.3deg/H Bias Imu 9-1 Precise Inertial Sensor Kt-Ex 9-1

Product Details
Customization: Available
Type: Inertial Navigation
Output Signal Type: Digital Output
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Plant Area
1001~2000 square meters
  • 450deg/S Range 0.3deg/H Bias Imu 9-1 Precise Inertial Sensor Kt-Ex 9-1
  • 450deg/S Range 0.3deg/H Bias Imu 9-1 Precise Inertial Sensor Kt-Ex 9-1
  • 450deg/S Range 0.3deg/H Bias Imu 9-1 Precise Inertial Sensor Kt-Ex 9-1
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Basic Info.

Model NO.
KT-EX 9-1
Accuracy Grade
0.3 Deg/H
IP Rating
IP67
Certification
CE
Customized
Customized
Gyro Range
-450deg/S-+450deg/S
Zero Bias Stability
0.3 Deg/H
Acc Range
20g
Acc Bias Stability
2ug
Bandwidth (-3dB)
250Hz
Transport Package
Sponge and Box
Specification
47mm*44mm*15mm
Trademark
AVIC
Origin
China
HS Code
9031809090
Production Capacity
100/Month

Product Description

450deg/s Range 0.3deg/h Bias  IMU 9-1 Precise Inertial Sensor KT-EX 9-1

This instruction manual is the main document for the operation of the 16488H inertial measurement unit. This instruction manual is mainly compiled in accordance with the Technical Specifications for Inertial Measurement Unit and Three-axis Gyroscope Unit. The 16488H inertial measurement unit is a complete inertial system with a built-in three-axis gyroscope and a three-axis accelerometer, which is used to measure the three-axis angular rate, acceleration and other parameters of the carrier, and output the data after error compensation (including temperature compensation, installation misalignment angle compensation, nonlinear compensation, etc.) through SPI according to the communication protocol.
 
Specifications
Parameter Test conditions Minimum value Typical value Maximum value Unit
Gyro Dynamic measuring range     ±450   º/s
Bias instability Allan variance, better than   0.3   º/h
Bias stability 1s smooth, RMS, better than   10   º/h
Bias in full temperature range -40 ºC ~ 85 ºC, 10 s smoothing, RMS   0.005   º/s
Random walk   0.15   º/√h
Bias repeatability   10   º/h
Output noise No filtering, RMS   0.05   º/s
Scale factor repeatability   0.01   %
Scale factor nonlinearity   0.01   %
Scale factor FS=450 º/s, 32bits   2621440   LSB/°/sec
Bandwidth (-3dB)     250   Hz
Cross coupling     0.1   %
Acceleration sensitivity     1   °/h/g
Vibration rectification effect     0.5   °/h/g2
Resonant frequency     12k   Hz
Accelerometer Dynamic measuring range     ±20   g
Bias stability Allan variance   2   ug
Bias in full temperature range -40 ºC ~ 85 ºC, 10 s smoothing, RMS   1   mg
Random walk   0.029   m/s/√h
Bias repeatability   5   mg
Output noise No filtering, RMS   0.5   mg
Scale factor repeatability   0.1   %
Scale factor nonlinearity FS=20g   0.1   %FS
Scale factor ±20, 32bits   65536000   g/LSB
Bandwidth (-3dB)     250   Hz
Cross coupling     0.1   %
Temperature Scale factor     0.0125   °C/LSB
Communication interface 1-way SPI Enter the clock frequency   8 15 MHz
Electrical characteristics Voltage Direct current   3.3 ± 10%   V
Power consumption     1 1.5 W
Ripple P-P   48±2 100 mV
Use environment Operating temperature Scalable -40   85 ºC
Storage temperature   -55   85 ºC
Vibration     10~2000Hz,6.06g    
Impact     1000g,0.1ms    



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450deg/S Range 0.3deg/H Bias Imu 9-1 Precise Inertial Sensor Kt-Ex 9-1
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450deg/S Range 0.3deg/H Bias Imu 9-1 Precise Inertial Sensor Kt-Ex 9-1
450deg/S Range 0.3deg/H Bias Imu 9-1 Precise Inertial Sensor Kt-Ex 9-1








 

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