Navigation Grade Vibration Measurement Sensor Bias Equal Or Lesser Than ±2mg

The AV1 series Quartz flexible accelerometer is designed specifically for use in military inertial navigation systems. It is renowned for its excellent long-term stability, repeatability, start-up performance, environment adaptability and high reliability. It is capable of functioning in static or dynamic testing situations, as it is a standard vibration sensor and inclination sensor.

The product itself has a linear output current with the force or acceleration it receives. Users can select their desired sampling resistance to obtain the highest precision output. Depending on the user's needs, the product is also available with an in-built temperature sensor that is designed to compensate for value and scale factor changes, reducing undue effects from the environment's temperature.

This product is ideal for inertial measurements in military navigation systems, as well as vibration isolation tests for precision instruments and equipment in the aerospace, aviation, naval, weapons and other industries.

• Excellent turn-on repeatability performance is guaranteed.
• Environmentally rugged, and highly reliable.
• Analog output is available, providing a fast response.
• Its field adjustable range is one of its best features.
• The three fastener precision mounting flange ensure its stability.
• Internal temperature sensor for thermal compensation (option) is a great addition.
• We offer scale factor adjustment ensures its accuracy.

Quartz Flexure Accelerometer offers professional technical support and service. Our dedicated technical team is available 24/7 to answer your questions and provide assistance. We provide a comprehensive range of support services, including:

• Installation and troubleshooting support
• Regular preventive maintenance
• Upgrades and software updates
• Replacement parts and components
• On-site repairs and calibrations
• Technical advice and guidance

If you have any questions or need assistance, please don't hesitate to contact us.