SDA118T/SDA128T High-Accuracy 4-20mA Inclinometer for Harsh Industrial Environments

SDA118T&SDA128T CURRENT OUTPUT INCLINOMETER.pdf

SDA118T/SDA128T is an industrial grade current output inclinometer with high seismic performance, ensuring accurate measurement of objects; Standard current output of 4-20mA, with dual axis tilt, capable of long-distance transmission up to 2000 meters. The output signal has strong anti-interference ability and is specifically applied to engineering machinery equipment working in harsh environments. The product is produced using a new MEMS sensing production process, which provides precise compensation and correction for temperature errors and nonlinear errors. The small range accuracy is as high as 0.05 °, with high accuracy, small size, high packaging technology, and excellent shock and vibration resistance. The product is equipped with anti RF and anti electromagnetic interference circuits, making it particularly suitable for underground non excavation machinery and other harsh industrial environments. In addition to having better technical parameters than ordinary products in the market, this product also adopts various measures such as industrial application level MCU, three proof PCB board, imported cable, and wide temperature shielded metal shell to improve its industrial level in terms of reliability and stability.

• single/dual-axis measuring
• Range: ±1~±90° optional
• protection level IP 67
• Dc 9~36V Power Supply
• Working Temp: -40~+85℃
• Resolution: 0.01°
• Anti-Vibration: >2000g
• Size:72.6*42*23mm

• Rail-mobile monitoring
• Satellite communications vehicle posture detection
• Radar detection of vehicle platform
• Underground drill posture navigation
• Oil-drilling equipment
• Shield pipe jacking application
• Geological equipment inclined monitoring
• Ship navigation posture measurement
• Based on the angle direction measurement
• Tilt angle measurement of High-altitude construction machinery

Resolution: The sensor can detect and distinguish the smallest change value of measured within the measurement range.

Measure Accuracy: The combined deviation of the sensor's linearity, repeatability, hysteresis, zero offset, and horizontal axis deviation on normal temperature conditions.

Long-term stability: The deviation between the maximum and minimum values of the sensor after a long times work on normal temperature conditions.

Response Time: The takes time for the sensor output reach to the standard value when sensor have changes angle.