ACA616T Precision Quick Start Up Tilt Sensor 0.001° Resolution Inclinometer

ACA616T Precision Quick Start Up Tilt Sensor 0.001° Resolution Inclinometer

Product Description:

ACA616T/ACA626T-CAN2.0A is a full-temperature compensated high-precision single / dual-axis inclinometer developed by RION Technology on the basis of high-precision inclination platform. Its good temperature stability can be used in a wide temperature environment of -40~85℃ In addition, the system has a built-in high-precision 24it A/D converter, and through a 5-level conversion algorithm, it can measure the tilt and pitch angle of the sensor output relative to the horizontal plane. Output protocol CAN2.0A. The characteristics of non-contact installation make this product have good system integration. Just fix the sensor on the surface of the measured object with a screwdriver, the attitude and inclination of the object can be automatically calculated. It has strong ability to withstand shock and vibration, and has a great competitive advantage among domestic counterparts. It is specifically aimed at the industrial fields that high-end users require.

Features:

• Single / dual axis inclination measurement
• Water-proof air-plug
• Highly anti-vibration performance >2000g
• Size:L92×W48×H36mm
• Measuring Range :±1～±60° optional
• Wide voltage input: 9～36V
• Wide temperature working: -40～+85℃

Technical Parameters:

Applications:

★ Bridge & dam detection

★ Engineering vehicles automatic leveling

★ Laser equipment position

★ Medical facilities angle control

★ Underground drill posture navigation

★ Railway gauging rule , gauge equipment leveling

▶ WORKING PRINCIPLE

Adopt imported core control unit and apply the principle of capacitive micro-pendulum. Using the principle of earth's gravity, when the tilting unit tilts, the earth's gravity will produce a gravitational component on the corresponding pendulum, and the corresponding electric capacity will change. By amplifying and filtering the electric capacity, the inclination is obtained after conversion.