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Precise Navigation System Acceleration Detector For Inertial Accelerometer

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Precise Navigation System Acceleration Detector For Inertial Accelerometer
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Features
Specifications
Function: Vibration Test
Power Consumption: ≤480mw@±15VDC
Current Consumption: ≤16mA@±15VDC
Weight: ≤80g
Bias: ≤±3 Mg
Scale Factor: 1.25±0.15 MA/g
High Light:

15VDC Acceleration Detector

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Inertial Accelerometer Acceleration Detector

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Precision Vibration Meter Acceleration Detector

Basic Infomation
Place of Origin: China
Brand Name: AVIC
Certification: CE
Model Number: ZT
Payment & Shipping Terms
Packaging Details: sponge/box
Delivery Time: 1 week for sample
Payment Terms: T/T
Supply Ability: 500/month
Product Description

Acceleration Detector For Precise Navigation System Inertial Accelerometer Precision Vibration Meter​

 

 

Precise Navigation System Acceleration Detector For Inertial Accelerometer 0

Performance Characteristics

Electrical properties
Operating voltage ±(12~18)VDC
Insulation resistance 50MΩ,@50VDC
Power consumption ≤480mw@±15VDC
Current consumption ≤16mA@±15VDC

 

Performance Unit
  ZT-01 ZT-02  
Range ≥±30 ≥±30 g
Threshold (resolution) ≤5×10-6g ≤5×10-6g g
Bias ≤±3 ≤±3 mg
Temperature coefficient (-40 ~ 70 ℃) ≤30 ≤35 μg/℃
Monthly composite error (55 ℃, 1σ) ≤30 ≤30 μg
Scale factor 1.25±0.15 1.25±0.15 mA/g
Temperature coefficient (-40 ~ 70 ℃) ≤40 ≤50 ppm/℃
Monthly composite error (55 ℃, 1σ) ≤50 ≤60 ppm
Second-order nonlinear coefficient ≤20 ≤20 μg /g2
Angle of misalignment ≤ 0.48 (100 arcseconds) ≤ 0.48 (100 arcseconds) mrad
Natural frequency ≤800 ≤800 Hz
Bandwidth 800~2500 800~2500 Hz
Operating temperature -45~+80 -45~+80
Quality ≤80 ≤80 Gram

 

Environmental conditions
Random vibration (unpowered) 8gram, (20~2000) Hz
Shock (without power)

150g,4.5ms,half sine

 

Product Introduction

ZT series quartz flexible acceleration sensor is a single-axis torque feedback accelerometer. It detects the external acceleration signal through the detection mass, and then demodulates and amplifies it through the servo circuit. Finally, the output current signal is proportional to the acceleration signal. Products are widely used in aerospace high-precision navigation systems.

 

Dimension

Precise Navigation System Acceleration Detector For Inertial Accelerometer 1

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