▶ KEY FEATURES
★ Range (Roll angle ± 180 °, pitch angle ± 90 °, azimuth angle ± 180 °)
★ Dynamic accuracy: ± 0.3 °
★ DC 9~6V wide voltage input
★ Wide temperature operation -40~+ 85 ℃
★ Resolution 0.01 °
★ IP67 protection level
★ High anti-vibration performance> 2000g
★ Size: L72× W47× H22.5mm

▶ PRODUCT APPLICATION
★ Railway locomotive monitoring
★ Oil drilling equipment
★ Shield pipe jacking application
★ Geological equipment tilt monitoring
★ Underground drilling rig attitude navigation
★ Ship navigation attitude measurement
★ Shield pipe jacking application
★ Satellite communication vehicle attitude detection
★ Orientation measurement based on inclination angle
★ Various engineering machinery inclination measurement

HDA436T is a new generation of digital electronic MEMS dynamic inclinometer tilt sensor developed by RION Technology. It can measure the attitude parameters (roll, pitch, and azimuth) of a moving carrier, and suitable for tilt angle measurement under motion or vibration.

HDA436T has a built-in high-precision acceleration and gyro sensor, and integrates the Carman filter algorithm, which can measure the real-time motion data of the carrier under motion or vibration. The signal output modes such as RS485 / 232 / TTL are optional.

The angle sensor is a dynamic and static inclinometer dual-mode angle measure sensor with strong resistance to external electromagnetic interference. It is an ideal choice for industrial automation control and military-civilian dual-use measurement posture.

Number of axes : 3-axis
Output : RS-485, RS-232, CAN, Modbus, CANopen, TTL
Technology : MEMS, capacitive, electrolytic, mechanical
Other characteristics : high-resolution, high-precision, rugged, economical, radio telemetry, for pipe jacking machine, waterproof, for cranes, for dumpers, portable, for boreholes, shockproof, anti-vibration, with aluminum housing, agriculture, temperature-compensated, miniature, with gyroscope, drillship, dynamic, IP67, for the construction industry, for angle measurement
Inclination : Min.:
Resolution : 0.01 °