Quartz Accelerometer AI-Q-710 Datasheet

Transcription

1 Quartz Accelerometer AI-Q-710 General description The InnaLabs AI-Q-710 tactical grade accelerometer is an ideal, ITAR-Free choice for aerospace, defence, industrial, transport, and civil engineering applications. The AI-Q-710 quartz-based servo accelerometer offers a dynamic range of ±30 g with a one-year bias composite repeatability better than 1200 µg in a compact and ruggedised casing that provides a high shock and vibration resistance, matching the highest industry standards at a very economical price. The AI-Q-710 features an internal temperature sensor that allows the user to carry out temperature calibration and compensation, enhancing the bias, scale factor and axis misalignment performance over temperature. The AI-Q-710 is the optimum choice for a wide range of military and civilian applications such as: platform leveling, low-end tactical grade IMUs, INS for land military vehicles, control sensors for high speed trains, structural health monitoring and seismic sensors. Features Tactical grade performance (<1200 µg one year bias composite repeatability) High input range (up to ±30 g) Environmentally rugged Analogue current output Compact design High thermal stability Internal temperature sensor for thermal compensation Dual built-in self test ITAR-Free Applications Tactical grade Inertial Navigation Systems (INS) Inertial Measurement Units (IMUs) Flight control systems Unmanned systems and helicopters Platform leveling Structural health and maintenance Land and marine vehicles Inclinometers for industrial and drilling Train and rail measurement systems Robotic systems control Seismic sensing State-of-the-art manufacturing processes enable InnaLabs to offer AI-Q-710 accelerometers at competitive prices. Accelerometer dimensions (mm) Note: centre of mass deviation +/- 2.5 mm along each axis InnaLabs, Blanchardstown Industrial Park, Snugborough Rd, Blanchardstown, Dublin 15, Ireland, InnaLabs Quartz Accelerometer AI-Q-710 IN-IR-MPD Rev 1.2 [208/07/2015]

2 Quartz Accelerometer AI-Q-710 Specifications Parameters Units Values Input Range g ±30 Bias mg <8 One-year Composite Repeatability µg <1200 Temperature Sensitivity µg/ C <70 Scale Factor ma/g 1.23 to 1.43 One-year Composite Repeatability ppm <1200 Temperature Sensitivity ppm/ C <200 Axis Misalignment µrad <2000 Vibration Rectification Intrinsic Noise µg/g 2 RMS µg RMS <50 ( Hz) <100 ( Hz) <150 ( Hz) <7 (0-10 Hz) <70 ( Hz) <1500 ( Hz) Operating Temperature C -55 to +96 Shock g 250 Vibration Peak Sine g, Hz 20 to 2000 Hz Resolution/Threshold µg <1 Bandwidth Hz >300 Temperature Model Yes Quiescent Current per Supply ma <16 Quiescent DC mw <480 How to order AI-Q-710 is orderable under this part number from InnaLabs and our worldwide network of Agents and Distributors. Related Products InnaLabs offers a range of accelerometers based on the same design and production processes, including the AI-Q-1400 and AI-Q-2000 series. Contact your local InnaLabs Sales Agent for further details, or visit If you wish to be automatically updated on future releases of this product datasheet, please contact your local InnaLabs Sales Agent. 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. Temp Sensor Voltage Self Test Electrical interface Current Self Test Power/Signal Ground -10VDC Output +10VDC Output Input Voltage V DC ±13 to ±28 Weight g 53 ± 2 Diameter below mounting surface mm Ø Max Height bottom to mounting surface mm 14.2 Max Case Material 300 Series Stainless Steel InnaLabs, Blanchardstown Industrial Park, Snugborough Rd, Blanchardstown, Dublin 15, Ireland, InnaLabs Quartz Accelerometer AI-Q-710 IN-IR-MPD Rev 1.2 [208/07/2015]

3 Quartz Accelerometer AI-Q-1410 General description The InnaLabs AI-Q-1410 navigation grade accelerometer offers high performance at a moderate price. The AI-Q-1410 is an ideal ITAR-Free solution for a wide range of aerospace, defence and industrial applications. The proven quartz flexure technology inside InnaLabs accelerometers provides a very high input range and very good long-term repeatability, which make the AI-Q an optimal solution for medium-high performance AHRS, strap-down INS and many other defence and high-end industrial applications. The AI-Q-1410 features an internal temperature sensor that allows the user to carry out temperature calibration and compensation, enhancing the bias, scale factor and axis misalignment performance over temperature. State-of-the-art manufacturing processes enable InnaLabs to offer AI-Q-1410 accelerometers at competitive prices. Features Navigation grade performance (1000 µg one year bias composite repeatability) High input range (up to ±60g measurement range) Analogue current output Compact, rugged design High stability under temperature changes High reliability Internal temperature sensor for thermal compensation Dual built-in self test ITAR-Free Applications Inertial Navigation Systems (INS) Inertial Measurement Units (IMU) Attitude and Heading Reference Systems (AHRS) Commercial and military aircraft Unmanned systems and helicopters Land and marine vehicles Orientation systems for oil drilling industry Train and rail measurement systems Robotic systems control Inclinometers Accelerometer Dimensions (mm) Note: centre of mass deviation +/- 2.5 mm along each axis InnaLabs, Blanchardstown Industrial Park, Snugborough Rd, Blanchardstown, Dublin 15, Ireland, InnaLabs Quartz Accelerometer AI-Q-1410 IN-IR-MPD Rev 1.2 [08/07/2015]

4 Quartz Accelerometer AI-Q-1410 Specifications Parameters Units Values Input Range g ±60 Bias mg <5 One-year Composite Repeatability µg <1000 Temperature Sensitivity µg/ C <90 Scale Factor ma/g 1.2 to 1.46 One-year Composite Repeatability ppm <1000 Temperature Sensitivity ppm/ C <180 Axis Misalignment µrad <7000 One-year Composite Repeatability µrad <200 Vibration Rectification Intrinsic Noise µg/g 2 RMS µg RMS <60 ( Hz) <150 ( Hz) <7 (0-10 Hz) <70 ( Hz) <1500 ( Hz) Operating Temperature C -55 to +95 Shock g 250 Vibration Peak Sine g, Hz 20 to 2000 Hz Resolution/Threshold µg <1 Bandwidth Hz >300 Temperature Model Yes Quiescent Current per Supply ma <16 Quiescent ±15V DC mw <480 How to order AI-Q-1410 is orderable under this part number from InnaLabs and our worldwide network of Agents and Distributors. Related Products InnaLabs offers a range of accelerometers based on the same design and production processes, including the AI-Q-700 and AI-Q-2000 series. Contact your local InnaLabs Sales Agent for further details, or visit If you wish to be automatically updated on future releases of this product datasheet, please contact your local InnaLabs Sales Agent. 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. Temp Sensor Voltage Self Test Electrical interface Current Self Test Power/Signal Ground -10 VDC Output +10 VDC Output Input Voltage V DC ±13 to ±28 Weight g 64 ±4 Diameter below mounting surface mm Ø Max Height bottom to mounting surface mm Max Case Material 300 Series Stainless Steel InnaLabs, Blanchardstown Industrial Park, Snugborough Rd, Blanchardstown, Dublin 15, Ireland, InnaLabs Quartz Accelerometer AI-Q-1410 IN-IR-MPD Rev 1.2 [08/07/2015]

5 Quartz Accelerometer AI-Q-2010 General description The InnaLabs AI-Q-2010 navigation grade accelerometer is the leading ITAR-Free choice for highperformance, high accuracy inertial navigation systems. The proven quartz flexure technology inside InnaLabs accelerometers provides a very high input range and excellent long-term repeatability, which make the AI-Q an optimal solution for AHRS and strap-down INS in aerospace, marine and land applications. The AI-Q-2010 features an internal temperature sensor that allows the user to carry out temperature calibration and compensation, enhancing the bias, scale factor and axis misalignment performance over temperature. In addition to navigation applications, the AI-Q-2010 can be used to calculate speed, distance and inclination in a wide range of applications, ranging from industrial control, test and measurement, transport, oil and gas and civil engineering. Features Navigation grade performance (<550 µg one year bias composite repeatability) High input range (up to ±60g measurement range) Analogue current output Compact, rugged design High stability under temperature changes High reliability Internal temperature sensor for thermal compensation Dual built-in self test ITAR-Free Applications Inertial Navigation Systems (INS) Inertial Measurement Units (IMU) Attitude and Heading Reference Systems (AHRS) Commercial and military aircraft Unmanned systems and helicopters Land vehicles Marine vehicles Orientation systems for oil drilling industry Train and rail measurement systems Robotic systems control State-of-the-art manufacturing processes enable InnaLabs to offer AI-Q-2010 accelerometers at competitive prices. Accelerometer Dimensions (mm) Note: centre of mass deviation +/- 2.5 mm along each axis InnaLabs Quartz Accelerometer AI-Q-2010 IN-IR-MPD Rev 1.2 [08/07/2015]

6 Quartz Accelerometer AI-Q-2010 Specifications Parameters Units Values Input Range g ±60 Bias mg <4 One-year Composite Repeatability µg <550 Temperature Sensitivity µg/ C <30 Scale Factor ma/g 1.2 to 1.46 One-year Composite Repeatability ppm <600 Temperature Sensitivity ppm/ C <180 Axis Misalignment µrad <2000 One-year Composite Repeatability µrad <100 Vibration Rectification Intrinsic Noise µg/g 2 RMS µg RMS <40 ( Hz) <150 ( Hz) <7 (0-10 Hz) <70 ( Hz) <1500 ( Hz) Operating Temperature C -55 to +95 Shock g 250 Vibration Peak Sine g, Hz 20 to 2000 Hz Resolution/Threshold µg <1 Bandwidth Hz >300 Temperature Model Yes Quiescent Current per Supply ma <16 Quiescent ±15V DC mw <480 How to order AI-Q-2010 is orderable under this part number from InnaLabs and our worldwide network of Agents and Distributors. Related Products InnaLabs offers a range of accelerometers based on the same design and production processes, including the AI-Q-700, AI-Q-1400, and AI-Q-2000 series. Contact your local InnaLabs Sales Agent for further details, or visit If you wish to be automatically updated on future releases of this product datasheet, please contact your local InnaLabs Sales Agent. 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. Temp Sensor Voltage Self Test Electrical interface Current Self Test Power/Signal Ground -10 VDC Output +10 VDC Output Input Voltage V DC ±13 to ±28 Weight g 71 ±4 Diameter below mounting surface mm Ø Max Height bottom to mounting surface mm Max Case Material 300 Series Stainless Steel InnaLabs Quartz Accelerometer AI-Q-2010 IN-IR-MPD Rev 1.2 [08/07/2015]

7 Quartz Accelerometer AI-Q-2020 General description The InnaLabs AI-Q-2020 navigation grade accelerometer is the leading ITAR-Free choice for highperformance, high accuracy inertial navigation systems. The proven quartz flexure technology inside InnaLabs accelerometers provides a very high input range and excellent long-term repeatability, which make the AI-Q an optimal solution for AHRS and strap-down INS in aerospace, marine and land applications. The AI-Q-2020 features an internal temperature sensor that allows the user to carry out temperature calibration and compensation, enhancing the bias, scale factor and axis misalignment performance over temperature. In addition to navigation applications, the AI-Q-2020 can be used to calculate speed, distance and inclination in a wide range of applications, ranging from industrial control, test and measurement, transport, oil and gas and civil engineering. Features Navigation grade performance (<220 μg one year bias composite repeatability) High input range (up to ±60g measurement range) Analogue current output Compact, rugged design High stability under temperature changes High reliability Internal temperature sensor for thermal compensation Dual built-in self test ITAR-Free Applications Inertial Navigation Systems (INS) Inertial Measurement Units (IMU) Attitude and Heading Reference Systems (AHRS) Commercial and military aircraft Unmanned systems and helicopters Land vehicles Marine vehicles Orientation systems for oil drilling industry Train and rail measurement systems Robotic systems control State-of-the-art manufacturing processes enable InnaLabs to offer AI-Q-2020 accelerometers at competitive prices. Accelerometer Dimensions (mm) Note: centre of mass deviation +/- 2.5 mm along each axis InnaLabs Quartz Accelerometer AI-Q-2020 IN-IR-MPD Rev 1.0 [18/09/2015]

8 Quartz Accelerometer AI-Q-2020 Specifications Parameters Units Values Input Range g ±60 Bias mg <4 One-year Composite Repeatability μg <220 Temperature Sensitivity µg/ C <30 Scale Factor ma/g 1.2 to 1.46 One-year Composite Repeatability ppm <500 Temperature Sensitivity ppm/ C <180 Axis Misalignment µrad <2000 One-year Composite Repeatability µrad <100 Vibration Rectification Intrinsic Noise μg/g 2 RMS μg RMS <40 ( Hz) <60 ( Hz) <7 (0-10 Hz) <70 ( Hz) <1500 ( Hz) Operating Temperature C -55 to +95 Shock g 250 Vibration Peak Sine g, Hz 20 to 2000 Hz Resolution/Threshold μg <1 Bandwidth Hz >300 Temperature Model Yes Quiescent Current per Supply ma <16 Quiescent ±15V DC mw <480 How to order AI-Q-2020 is orderable under this part number from InnaLabs and our worldwide network of Agents and Distributors. Related Products InnaLabs offers a range of accelerometers based on the same design and production processes, including the AI-Q-700, AI-Q-1400, and AI-Q-2000 series. Contact your local InnaLabs Sales Agent for further details, or visit If you wish to be automatically updated on future releases of this product datasheet, please contact your local InnaLabs Sales Agent. 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. Temp Sensor Voltage Self Test Electrical interface Current Self Test Power/Signal Ground -10 VDC Output +10 VDC Output Input Voltage V DC ±13 to ±28 Weight g 71 ±4 Diameter below mounting surface mm Ø Max Height bottom to mounting surface mm Max Case Material 300 Series Stainless Steel InnaLabs Quartz Accelerometer AI-Q-2020 IN-IR-MPD Rev 1.0 [18/09/2015]

9 Quartz Accelerometer AI-Q-2030 General description The InnaLabs AI-Q-2030 navigation grade accelerometer is the leading ITAR-Free choice for highperformance, high accuracy inertial navigation systems. The proven quartz flexure technology inside InnaLabs accelerometers provides a very high input range and excellent long-term repeatability, which make the AI-Q an optimal solution for AHRS and strap-down INS in aerospace, marine and land applications. The AI-Q-2030 features an internal temperature sensor that allows the user to carry out temperature calibration and compensation, enhancing the bias, scale factor and axis misalignment performance over temperature. In addition to navigation applications, the AI-Q-2030 can be used to calculate speed, distance and inclination in a wide range of applications, ranging from industrial control, test and measurement, transport, oil and gas and civil engineering. Features Navigation grade performance (<160 μg one year bias composite repeatability) High input range (up to ±60g measurement range) Analogue current output Compact, rugged design High stability under temperature changes High reliability Internal temperature sensor for thermal compensation Dual built-in self-test ITAR-Free Applications Inertial Navigation Systems (INS) Inertial Measurement Units (IMU) Attitude and Heading Reference Systems (AHRS) Commercial and military aircraft Unmanned systems and helicopters Land vehicles Marine vehicles Orientation systems for oil drilling industry Train and rail measurement systems Robotic systems control State-of-the-art manufacturing processes enable InnaLabs to offer AI-Q-2030 accelerometers at competitive prices. Accelerometer Dimensions (mm) Note: centre of mass deviation +/- 2.5 mm along each axis InnaLabs Quartz Accelerometer AI-Q-2030 IN-IR-MPD Rev 1.0 [18/09/2015]

10 Quartz Accelerometer AI-Q-2030 Specifications Parameters Units Values Input Range g ±60 Bias mg <4 One-year Composite Repeatability μg <160 Temperature Sensitivity µg/ C <30 Scale Factor ma/g 1.2 to 1.46 One-year Composite Repeatability ppm <310 Temperature Sensitivity ppm/ C <180 Axis Misalignment µrad <2000 One-year Composite Repeatability µrad <100 Vibration Rectification Intrinsic Noise μg/g 2 RMS μg RMS <20 ( Hz) <60 ( Hz) <7 (0-10 Hz) <70 ( Hz) <1500 ( Hz) Operating Temperature C -55 to +95 Shock g 250 Vibration Peak Sine g, Hz 20 to 2000 Hz Resolution/Threshold μg <1 Bandwidth Hz >300 Temperature Model Yes Quiescent Current per Supply ma <16 Quiescent ±15V DC mw <480 How to order AI-Q-2030 is orderable under this part number from InnaLabs and our worldwide network of Agents and Distributors. Related Products InnaLabs offers a range of accelerometers based on the same design and production processes, including the AI-Q-700, AI-Q-1400, and AI-Q-2000 series. Contact your local InnaLabs Sales Agent for further details, or visit If you wish to be automatically updated on future releases of this product datasheet, please contact your local InnaLabs Sales Agent. 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. Temp Sensor Voltage Self Test Electrical interface Current Self Test Power/Signal Ground -10 VDC Output +10 VDC Output Input Voltage V DC ±13 to ±28 Weight g 71 ±4 Diameter below mounting surface mm Ø Max Height bottom to mounting surface mm Max Case Material 300 Series Stainless Steel InnaLabs Quartz Accelerometer AI-Q-2030 IN-IR-MPD Rev 1.0 [18/09/2015]