DynaLabs DYN-I-8000T Triaxial MEMS Gyroscopes Instruction Manual

DynaLabs DYN-I-8000T Triaxial MEMS Gyroscopes

Specifications

• Model: DYN-I-8000T
• Warranty: One year against defective materials and workmanship. User errors are not covered.
• Copyright: All rights reserved. Reproduction without written consent is prohibited.
• Disclaimer: Provided as is without warranty. Subject to change without notice.

Product Usage Instructions

Introduction
Welcome to the DYN-I-8000T user manual. This guide will help you understand and utilize your MEMS sensor effectively.

General Information

Unpacking and Inspection
When you receive your DYN-I-8000T, carefully inspect it for any damages that may have occurred during transportation. If any damage is found, contact the customer representative immediately.

System Components
The DYN-I-8000T includes the following components:

• MEMS Sensor
• Calibration Certificate
• Product Manual

Specifications

Frequently Asked Questions (FAQ)

• What should I do if I encounter issues with the DYN-I-8000T sensors?
  If you have any questions or problems, please contact a Dynalabs engineer at the provided phone number or email during business hours.

• How long is the warranty period for the DYN-I-8000T?
  The product is warranted against defective materials and workmanship for one year. User errors are not covered under the warranty.

All rights reserved. Reproduction or issue to third parties in any form whatsoever is not permitted without written authority from the proprietors.

Product Support

If at any time you have questions or problems with the DYN-I-8000T sensors, please contact a Dynalabs engineer at:

• Phone: +90 312 386 21 89 (9 a.m. to 5 p.m., UTC +3)
• E-mail: info@dynalabs.com.tr

Warranty

Our products are warranted against defective materials and workmanship for one year. Defects arising from user errors are not covered by the warranty.

Copyright

All copyrights of this manual belonging to Dynalabs products are reserved. It cannot be reproduced without written consent.

Disclaimer

• Dynalabs Ltd. provides this publication “as is” without warranty of any kind, express or implied, including but not limited to, the implied warranties of merchantability or fitness for a particular purpose. This document is subject to change without notice, and should not be construed as a commitment or representation by Dynalabs Ltd.
• This publication may contain inaccuracies or typographical errors. Dynalabs Ltd. will periodically update the material for inclusion in new editions. Changes and improvements to the product described in this manual may be made at any time.

Introduction

Dynalabs Inertial Measurement Units are based on triaxial accelerometers and triaxial gyroscopes that are integrated into a single housing. The inertial measurement unit (IMU) is based on proven microelectromechanical systems (MEMS) accelerometers and gyroscopes for detecting the smallest linear accelerations and angular rates. Dynalabs IMUs enable separate analog voltage outputs for all 6 degrees of freedom (DOF). IMUs enable power supply voltage from 6 to 35 VDC. Dynalabs IMUs feature a lightweight, reliable aluminum housing with protection class IP68 and have cables with configurable lengths and connectors.

DYN-I-8000T sensors offer the following options;

• Custom Cable Length
• Custom Housing Material
• Custom Connector
• Base plate (Optional)

General Information

Unpacking and Inspection
Dynalabs products provide adequate protection for undamaged products to be transported. Document the damages that occur indirectly during the transport and contact the customer representative.

System Components
The DYN-I-8000T has the following components:

• MEMS Sensor
• Calibration Certificate
• Product Manual

Specifications
Table 1 Gyroscopes Specifications Datasheet

Full scale angular velocity| (°/s)| ±75| ±150| ±300| ±900
---|---|---|---|---|---
Frequency range| (Hz)| 0-150| 0-150| 0-150| 0-150
Non-linearity (full scale)| (%)| 0.06| 0.06| 0.06| 0.06
Noise (in band)| (°/s /√Hz)| 0.0075| 0.0075| 0.0075| 0.0075
Scale factor (nominal)| (V/°/s)| 0.012| 0.006| 0.003| 0.001
Scale factor var. over. temp.| (%)| 0.5| 0.5| 0.5| 0.5
Bias variation with temp.| (°/s)| ± 1| ± 2| ± 3| ± 4
Operating temperature| (°C)| -40; +100| -40; +100| -40; +100| -40; +100

Table 2: Accelerometers Specifications Datasheet

Full scale acceleration| (g)| ±2| ±5| ±10| ±16| ±30| ±100
---|---|---|---|---|---|---|---
Residual bias modeling error| (mg)| 0.14| 0.35| 0.70| 1.10| 2.10| 7.00
Long-term bias repeatability| (mg)| 0.24| 1| 1| 2| 4| 12
In run bias stability| (µg)| 3| 8| 15| 24| 45| 150
Residual scale factor modeling error| (ppm)| 120| 120| 120| 120| 120| 120
Scale factor sensitivity| (mV/g)| 1,350| 540| 270| 169| 90| 27
Misalignment| (mrad)| 10| 10| 10| 10| 10| 10
Noise in band| (µg/√Hz)| 7| 7| 34| 54| 102| 340
Non-linearity (IEEE norm)| (%FS)| 0.3| 0| 0| 0| 0| 0
Operating temperature| (°C)| -40;+125| -40;+125| -40;+125| -40;+125| -40;+125| -40;+125
Operating power consumption| (mW)| 10| 10| 10| 10| 10| 10

Environmental
Table 3: Environmental Specifications datasheet

Physical
Table 4: Physical Specifications datasheet

__

Weight (without cable)

| 40 g (aluminum)

85 g (steel)

Outline Drawing
The dimensional properties of DYN-I-8000T sensors are given below;

Technical Drawings:

Operation and Installation

General
The general sensor connector configuration is given below;

Cable Code/Pin Configuration:

WARNING

• Never connect the power supply and/or the power ground to yellow, purple, blue, green, white, orange, brown, grey, and/or pink cables.
• Never connect the power supply to the power ground. Always use a clean power source and check the voltage range.

Sensor Static Calibration Verification

• Using gravity for the accelerometer of the 8000T series IMU, voltage values are measured in the + and – gravity directions, providing a value of ±1 g. The measurement should be made as follows;
• When the acceleration value of 8000T series IMU’s accelerometers is entered into the data acquisition system, the sensor shows +1 g with the effect of gravity, which is in the direction of the axis to be calibrated.
• When the sensor is positioned in the opposite direction to the axis to be calibrated, the arrow shows -1g as shown below under the effect of gravity.
• Using gravity, the voltage values that provide 1 g in the + and – directions are measured and compared with the catalog value. The calibration value should be close to the catalog value with 10 % tolerance. Sensor catalog
  sensitivity values are given in Table 2.

Declaration of Conformity

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