Inertia Sensors

1 Axis Accelerometer

This 1 axis high temperature thermally stable accelerometer is a small, lightweight and rugged device specifically designed to operate in harsh environments. An 8th order Butterworth filter on the analog output filters any unwanted high frequency vibration.

Unit supply voltage:5V to 16Vdc
G-range:+/-2g to +/-40g
Output filter:8th order low pass filter
Resonance frequency:5.5KHZ
Operating temperature:-10°C to 150°C
Vibration:50g Sine 50 to 2500Hz

1 Axis Accelerometer -
High Resonance Frequency

This 1 axis high temperature thermally stable accelerometer is a small, lightweight and rugged device specifically designed to operate in harsh environments. An 8th order Butterworth filter on the analog output filters any unwanted high frequency vibration.

Unit supply voltage:5V to 16Vdc
G-range:+/-2g to +/-40g
Output filter:8th order low pass filter
Resonance frequency:21KHz
Operating temperature:-10°C to 150°C
Vibration:50g Sine 50 to 2500Hz

3 Axis Accelerometer - Analogue

This 3 axis cost effective thermally stable accelerometer is a small, lightweight and rugged device specifically designed to operate in harsh environments. An 8th order Butterworth filter on each analog output filters any unwanted high frequency vibration. The sensor has the added benefit of a 0-5V temperature output.

Unit supply voltage:5V to 16Vdc
G-range:+/-2g to +/-40g
Output filter:8th order low pass filter
Resonance frequency:5.5KHz
Operating temperature:-10°C to 100°C
Vibration:50g Sine 50 to 2500Hz

3 Axis Accelerometer - Analogue
High Resonance Frequency

This 3 axis cost effective thermally stable accelerometer is a small, lightweight and rugged device specifically designed to operate in harsh environments. An 8th order Butterworth filter on each analog output filters any unwanted high frequency vibration. The sensor has the added benefit of a 0-5V temperature output.

Unit supply voltage:7V to 16Vdc
G-range:+/-2g to +/-40g
Output filter:8th order low pass filter
Resonance frequency:21KHz
Operating temperature:-10°C to 100°C
Vibration:50g Sine 50 to 2500Hz

3 Axis Accelerometer - CAN

This 3 axis thermally stable accelerometer is a small, lightweight and rugged device specifically designed to operate in harsh environments. The sensor has 4 predetermined g ranges and a variable -3dB filter frequency both of which can be set over CAN. The 8th order Butterworth filter on each output filters any unwanted high frequency vibration.

Unit supply voltage:5V to 16Vdc
G-range:+/-10g,+/-20g,+/-30g,+/-40g
Output filter:Configurable 8th order low pass filter
Resonance frequency:5.5KHz
Operating temperature:-10°C to 100°C
Vibration:50g Sine 50 to 2500Hz

3 Axis Accelerometer - CAN
High Resonance Frequency

This 3 axis thermally stable accelerometer is a small, lightweight and rugged device specifically designed to operate in harsh environments. The sensor has 4 predetermined g ranges and a variable -3dB filter frequency both of which can be set over CAN. The 8th order Butterworth filter on each output filters any unwanted high frequency vibration.

Unit supply voltage:7V to 16Vdc
G-range:+/-10g,+/-20g,+/-30g,+/-40g
Output filter:Configurable 8th order low pass filter
Resonance frequency:21KHz
Operating temperature:-10°C to 100°C
Vibration:50g Sine 50 to 2500Hz

3 Axis Accelerometer
High frequency - High g

A high frequency, high g accelerometer designed for vibration analysis and monitoring. Available in several different ranges from ±100g to ±2000g, these 3 axis piezoelectric accelerometers are small, lightweight and rugged devices specifically designed to monitor high frequency vibration in harsh environments. Unlike other piezoelectric accelerometers they require no signal conditioning and are supplied with a 0 to 5V output.

Unit supply voltage: 8V to 16Vdc
G-range: +/-1000g
Frequency response: 2Hz to 15KHz
Operating temperature: -10°C to 125°C