Inertia Sensors

Accelerometers & Gyroscopes

Use Penlink's inertial sensors to measure movements in three dimensions, works perfect for land, space, air and water based applications. Our products provide accurate measured information and are robust to handle though environments.

Accelerometers

Accelerometers

InnaLabs® AI-Q-Series Quartz Servo Accelerometers provide navigation, control and measurement solutions across all market segments and support a number of platforms across a global customer base. Based on proven quartz servo technology they provide high accuracy, repeatability and stability even in the harshest of environments. Did you know our accelerometers can replace Honeywell accelerometers 1 to 1?

Tactical Grade Accelerometers

InnaLabs® AI-Q-Series Quartz Servo Accelerometers got compact and rugged design, replaces Honeywell accelerometers 1 to 1. Not only is it well priced but it is also ITAR-Free.

3 products found

Tactical Grade Accelerometers

AI-Q-00550

AI-Q-00550

Axis Misalignment

≤1,500 μrad

Input Range

±80 g

Intrinsic Noise

≤1,500 μg RMS (500-10 kHz)

Operating Temp.

-55 to +105°C

Shock

250 g

Vibration Peak Sine

250

Input Voltage

±13 to ±28 VDC

AI-Q-00710

AI-Q-00710

Axis Misalignment

<2000 µrad

Input Range

±30 g

Intrinsic Noise

<7 µg RMS (0-10 Hz)

Operating Temp.

-55 to +96°C

Shock

250 g

Vibration Peak Sine

25g @ 20 to 2000 Hz

Input Voltage

±13 to ±28 VDC

AI-Q-01410

AI-Q-01410

Axis Misalignment

<7000 µrad

Input Range

±60 g

Intrinsic Noise

<7 µg RMS (0-10 Hz)

Operating Temp.

-55 to +95°C

Shock

250 g

Vibration Peak Sine

20g @ 20 to 2000 Hz

Input Voltage

±13 to ±28 VDC

ProductAxis MisalignmentInput RangeIntrinsic NoiseOperating Temp.ShockVibration Peak SineInput VoltagePDF
AI-Q-00550 ≤1,500 μrad ±80 g ≤1,500 μg RMS (500-10 kHz) -55 to +105°C 250 g 250 ±13 to ±28 VDC icon
AI-Q-00710 <2000 µrad ±30 g <7 µg RMS (0-10 Hz) -55 to +96°C 250 g 25g @ 20 to 2000 Hz ±13 to ±28 VDC icon
AI-Q-01410 <7000 µrad ±60 g <7 µg RMS (0-10 Hz) -55 to +95°C 250 g 20g @ 20 to 2000 Hz ±13 to ±28 VDC icon

Navigation Grade Accelerometer

InnaLabs® AI-Q-Series Quartz Servo Accelerometers got compact and rugged design, replaces Honeywell accelerometers 1 to 1. Not only is it well priced but it is also ITAR-Free.

5 products found

Navigation Grade Accelerometers

AI-Q-02010

AI-Q-02010

Axis Misalignment

<2000 µrad

Input Range

±60 g

Intrinsic Noise

<7 µg RMS (0-10 Hz)

Operating Temp.

-55 to +95°C

Shock

250 g

Vibration Peak Sine

15g @ 20 to 2000 Hz

Input Voltage

±13 to ±28 VDC

AI-Q-02020

AI-Q-02020

Axis Misalignment

<2000 µrad

Input Range

±60 g

Intrinsic Noise

<70 µg RMS (10-500 Hz)

Operating Temp.

-55 to +95°C

Shock

250 g

Vibration Peak Sine

15g @ 20 to 2000 Hz

Input Voltage

±13 to ±28 VDC

AI-Q-02030

AI-Q-02030

Axis Misalignment

<2000 µrad

Input Range

±60 g

Intrinsic Noise

<7 µg RMS (0-10 Hz)

Operating Temp.

-55 to +95°C

Shock

250 g

Vibration Peak Sine

15g @ 20 to 2000 Hz

Input Voltage

±13 to ±28 VDC

AI-Q-02050

AI-Q-02050

Axis Misalignment

< |±2000| µrad

Input Range

±13 g

Intrinsic Noise

<7 µg RMS (0-10 Hz)

Operating Temp.

-55 to +95°C

Shock

50 gpeak, 18ms

Vibration Peak Sine

2.5, 20 to 2000 Hz

Input Voltage

±13 to ±28 VDC

AI-Q-02051

AI-Q-02051

Axis Misalignment

< |±2000| µrad

Input Range

±4.5 g

Intrinsic Noise

<7 µg RMS (0-10 Hz)

Operating Temp.

-55 to +95°C

Shock

50 gpeak, 18ms

Vibration Peak Sine

2.5, 20 to 2000 Hz

Input Voltage

±13 to ±28 VDC

ProductAxis MisalignmentInput RangeIntrinsic NoiseOperating Temp.ShockVibration Peak SineInput VoltagePDF
AI-Q-02010 <2000 µrad ±60 g <7 µg RMS (0-10 Hz) -55 to +95°C 250 g 15g @ 20 to 2000 Hz ±13 to ±28 VDC icon
AI-Q-02020 <2000 µrad ±60 g <70 µg RMS (10-500 Hz) -55 to +95°C 250 g 15g @ 20 to 2000 Hz ±13 to ±28 VDC icon
AI-Q-02030 <2000 µrad ±60 g <7 µg RMS (0-10 Hz) -55 to +95°C 250 g 15g @ 20 to 2000 Hz ±13 to ±28 VDC icon
AI-Q-02050 < |±2000| µrad ±13 g <7 µg RMS (0-10 Hz) -55 to +95°C 50 gpeak, 18ms 2.5, 20 to 2000 Hz ±13 to ±28 VDC icon
AI-Q-02051 < |±2000| µrad ±4.5 g <7 µg RMS (0-10 Hz) -55 to +95°C 50 gpeak, 18ms 2.5, 20 to 2000 Hz ±13 to ±28 VDC icon

Gyroscopes

Gyroscopes

InnaLabs® 2000 Series Gyroscopes provides <10°/hr tactical grade performance in a variety of compact, robust form factors. Combining exceptional performance in bias stability, scale factor and angle random walk with the highest MTBF (500,000 hrs) on the market, very low noise (≤0.01°/s RMS at 100 Hz) and excellent shock (800g) they provide ideal solutions for air, land or sea stabilisation and pointing applications.

Unhoused Gyroscopes

The GI-CVG-2000 series is built with Coriolis technology to deliver true tactical grade performance in a small lightweight package. With an improved Angular Random Walk and an excellent short-term bias stability.

5 products found

Unhoused Gyroscopes with Analogue Output

GI-CVG-N2102A

GI-CVG-N2102A

Output Format

Analogue

No. of Axis

1

Measurement Range

±110 deg/sec

Power Consumption

< 1.7 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-46 to +85°C

GI-CVG-N2103A

GI-CVG-N2103A

Output Format

Analogue

No. of Axis

1

Measurement Range

±110 deg/sec

Power Consumption

< 1.7 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

GI-CVG-N2105A

GI-CVG-N2105A

Output Format

Analogue

No. of Axis

1

Measurement Range

±60 deg/sec

Power Consumption

< 2.5 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

GI-CVG-N2202A

GI-CVG-N2202A

Output Format

Analogue

No. of Axis

2

Measurement Range

±110 deg/sec

Power Consumption

< 2.3 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

GI-CVG-N2210A

GI-CVG-N2210A

Output Format

Digital

No. of Axis

2

Measurement Range

±20 deg/sec

Power Consumption

< 3 @15V watt

Bandwidth

≥ 25 Hz

Operational Temp.

-40 to +85°C

ProductOutput FormatNo. of AxisMeasurement RangePower ConsumptionBandwidthOperational Temp.PDF
GI-CVG-N2102A Analogue 1 ±110 deg/sec < 1.7 @15V watt ≥ 300 HZ -46 to +85°C icon
GI-CVG-N2103A Analogue 1 ±110 deg/sec < 1.7 @15V watt ≥ 300 HZ -40 to +85°C icon
GI-CVG-N2105A Analogue 1 ±60 deg/sec < 2.5 @15V watt ≥ 300 HZ -40 to +85°C icon
GI-CVG-N2202A Analogue 2 ±110 deg/sec < 2.3 @15V watt ≥ 300 HZ -40 to +85°C icon
GI-CVG-N2210A Digital 2 ±20 deg/sec < 3 @15V watt ≥ 25 Hz -40 to +85°C icon
6 products found

Unhoused Gyroscopes with Digital Output

GI-CVG-N1100D

GI-CVG-N1100D

Output Format

Digital

No. of Axis

1

Measurement Range

±160 deg/sec

Power Consumption

< 2.5 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

GI-CVG-N2110D

GI-CVG-N2110D

Output Format

Digital

No. of Axis

1

Measurement Range

±20 deg/sec

Power Consumption

< 3 @15V watt

Bandwidth

≥ 25 Hz

Operational Temp.

-40 to +85°C

GI-CVG-N2200D

GI-CVG-N2200D

Output Format

Digital

No. of Axis

2

Measurement Range

±60 deg/sec

Power Consumption

< 3 @15V watt

Bandwidth

≥ 30 Hz

Operational Temp.

-40 to +85°C

GI-CVG-N2206D

GI-CVG-N2206D

Output Format

Digital

No. of Axis

2

Measurement Range

±60 deg/sec

Power Consumption

< 3 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

GI-CVG-N2210D

GI-CVG-N2210D

Output Format

Digital

No. of Axis

2

Measurement Range

±20 deg/sec

Power Consumption

< 2.5 @15V watt

Bandwidth

≥ 25 Hz

Operational Temp.

-40 to +85°C

GI-CVG-N2210D

GI-CVG-N2210D

Output Format

Analogue

No. of Axis

2

Measurement Range

±110 deg/sec

Power Consumption

< 1.7 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

ProductOutput FormatNo. of AxisMeasurement RangePower ConsumptionBandwidthOperational Temp.PDF
GI-CVG-N1100D Digital 1 ±160 deg/sec < 2.5 @15V watt ≥ 300 HZ -40 to +85°C
GI-CVG-N2110D Digital 1 ±20 deg/sec < 3 @15V watt ≥ 25 Hz -40 to +85°C icon
GI-CVG-N2200D Digital 2 ±60 deg/sec < 3 @15V watt ≥ 30 Hz -40 to +85°C icon
GI-CVG-N2206D Digital 2 ±60 deg/sec < 3 @15V watt ≥ 300 HZ -40 to +85°C icon
GI-CVG-N2210D Digital 2 ±20 deg/sec < 2.5 @15V watt ≥ 25 Hz -40 to +85°C icon
GI-CVG-N2210D Analogue 2 ±110 deg/sec < 1.7 @15V watt ≥ 300 HZ -40 to +85°C icon

Housed Gyroscopes

The GI-CVG-2000 series is built with Coriolis technology to deliver true tactical grade performance in a small lightweight package. With an improved Angular Random Walk and an excellent short-term bias stability.

3 products found

Housed Gyroscopes with Analogue Output

GI-CVG-U1204A

GI-CVG-U1204A

Output Format

Analogue

No. of Axis

2

Measurement Range

-

Power Consumption

< 2.3 @15V watt

Bandwidth

-

Operational Temp.

-40 to +85°C

GI-CVG-U2111A

GI-CVG-U2111A

Output Format

Analogue

No. of Axis

2

Measurement Range

±110 deg/sec

Power Consumption

< 1.7 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

GI-CVG-U2210A

GI-CVG-U2210A

Output Format

Analogue

No. of Axis

2

Measurement Range

±110 deg/sec

Power Consumption

< 1.7 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

ProductOutput FormatNo. of AxisMeasurement RangePower ConsumptionBandwidthOperational Temp.PDF
GI-CVG-U1204A Analogue 2 - < 2.3 @15V watt - -40 to +85°C
GI-CVG-U2111A Analogue 2 ±110 deg/sec < 1.7 @15V watt ≥ 300 HZ -40 to +85°C icon
GI-CVG-U2210A Analogue 2 ±110 deg/sec < 1.7 @15V watt ≥ 300 HZ -40 to +85°C icon
5 products found

Housed Gyroscopes with Digital Output

GI-CVG-U2110A

GI-CVG-U2110A

Output Format

Analogue

No. of Axis

1

Measurement Range

±20 deg/sec

Power Consumption

< 1.7 @15V watt

Bandwidth

≥ 25 Hz

Operational Temp.

-40 to +85°C

GI-CVG-U2110D

GI-CVG-U2110D

Output Format

Digital

No. of Axis

1

Measurement Range

±20 deg/sec

Power Consumption

< 2.5 @15V watt

Bandwidth

≥ 25 Hz

Operational Temp.

-40 to +85°C

GI-CVG-U2200D

GI-CVG-U2200D

Output Format

Digital

No. of Axis

1

Measurement Range

±160 deg/sec

Power Consumption

< 2.5 @15V, < 3 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

GI-CVG-U2204D

GI-CVG-U2204D

Output Format

Digital

No. of Axis

2

Measurement Range

±160 deg/sec

Power Consumption

< 3 @15V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-40 to +85°C

GI-CVG-U2210D

GI-CVG-U2210D

Output Format

Digital

No. of Axis

2

Measurement Range

±20 deg/sec

Power Consumption

< 2.5 @15V watt

Bandwidth

≥ 25 Hz

Operational Temp.

-40 to +85°C

ProductOutput FormatNo. of AxisMeasurement RangePower ConsumptionBandwidthOperational Temp.PDF
GI-CVG-U2110A Analogue 1 ±20 deg/sec < 1.7 @15V watt ≥ 25 Hz -40 to +85°C icon
GI-CVG-U2110D Digital 1 ±20 deg/sec < 2.5 @15V watt ≥ 25 Hz -40 to +85°C icon
GI-CVG-U2200D Digital 1 ±160 deg/sec < 2.5 @15V, < 3 @15V watt ≥ 300 HZ -40 to +85°C icon
GI-CVG-U2204D Digital 2 ±160 deg/sec < 3 @15V watt ≥ 300 HZ -40 to +85°C icon
GI-CVG-U2210D Digital 2 ±20 deg/sec < 2.5 @15V watt ≥ 25 Hz -40 to +85°C icon

Custom Gyroscopes

The GI-CVG-2000 series is built with Coriolis technology to deliver true tactical grade performance in a small lightweight package. With an improved Angular Random Walk and an excellent short-term bias stability. We can offer custom solutions 1-3 axis fitted with housing and connectors of your choice!

2 products found

Custom Gyroscopes

B2300D Custom Gyroscope

B2300D Custom Gyroscope

Output Format

Digital

No. of Axis

3

Measurement Range

±200 deg/sec

Power Consumption

< 4 @ 5V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-46 to +71°C

GI-CVG-B22XXD

GI-CVG-B22XXD

Output Format

Digital

No. of Axis

2

Measurement Range

±200 deg/sec

Power Consumption

< 4 @ 5V watt

Bandwidth

≥ 300 HZ

Operational Temp.

-46 to +71°C

ProductOutput FormatNo. of AxisMeasurement RangePower ConsumptionBandwidthOperational Temp.PDF
B2300D Custom Gyroscope Digital 3 ±200 deg/sec < 4 @ 5V watt ≥ 300 HZ -46 to +71°C icon
GI-CVG-B22XXD Digital 2 ±200 deg/sec < 4 @ 5V watt ≥ 300 HZ -46 to +71°C