Quartz Accelerometer INN-205

Preliminary Datasheet

Preliminary Datasheet

General description Technical parameters


 INNALABS' INN-205 quartz accelerometers were developed for commercial applications such as strap-down inertial navigation systems for aircraft, marine, land and other applications. Excellent performance is achieved owing to proven quartz flexure technology. The INN-205 can be supplied with integrated Bias and Scale Factor temperature models upon customer request. In addition to acceleration the INN-205 accelerometers also measure speed, distance, and obliquity.

inn-205


 Implementation of the latest advances in technology enables us to set lower price compared to other analogue accelerometers. Another substantial advantage is the fact that INNALABS purchasing process is simplified and hassle-free. These factors make INN-205 the ¹1 accelerometer on the middle-accuracy accelerometers market today.

Features

  • Tactical performance 1500µg Bias Repeatability
  • Temperature stability
  • Analog output
  • Compact design

Applications

  • Inertial Navigation Systems for helicopters, manned and unmanned (UAV) aircrafts
  • Navigation /orientation /gyrocompassing systems for naval vessels, ships, submarines, ROV, AUV
  • Orientation systems for oil drilling industry

 

 

 

Accelerometer dimensions
drawing (mm):

 

Parameters Units Value
Input Range g ±10
Bias mg <20
One Year Repeatability µg <1500
Temperature Sensitivity µg/°C <200
Scale Factor mA/g 1.0 ~ 1.4
One Year Repeatability ppm <1500
Temperature Sensitivity ppm/°C <200
Axis Misalignment µrad <2000
One Year Repeatability µrad <100
Non-linearity µg/g2 <100
Operating Temperature °C -50 ~ +85
Vibration g, Hz 8g @ 20 ~ 2000 Hz
Shock g 70, 11ms
Resolution µg <5
Bandwidth Hz 800
Current per Supply mA <16
Power @ ±15 VDC mW <480
Electrical Interface Power/Signal/Ground/Temp Sensor
Input Voltage VDC ±12 ~ ±18
Temperature sensor Yes
Size mm Ø38.1x 26
Weight g <80
Case Material Stainless Steel
Connector pin description:
PIN Signal PIN Signal
1 Signal out 6 Temperature sensor output
2 Current torque 7 Voltage self test
3 -12 to -18 VDC 8 Signal and power return
4 +12 to +18 VDC 9 - 9VDC
5 NC 10 + 9VDC

 

 

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Disclaimer: the document is subject to change without notice. INNALABS reserves the right to make changes to any product or technology herein. INNALABS does not assume any liability arising out of the application or use of the product.