0 – 5V Analog Inclinometer
0 – 5V Analog Inclinometer
This sensor outputs a linear voltage within 0-5V corresponding to both the specified max angular range and the voltage range. Dual or single-axis can be selected with a maximum tilt range up to ±90° for dual-axis or ±180° for single-axis. This sensor outputs a high precision 16-bit analog output which provides the user with a low tolerance signal to detect tilt movement as low as 0.01°.
The default voltage range is 0.5-4.5V, with 2.5V as neutral (level) position.
Models, Drawings, Specs and Other Files
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Basic Features:
- Simple Installation, No moving parts or maintenance
- Relative Zero Button (stores in memory)
- High-accuracy in high vibration and acceleration conditions
- Internal Processing Uses a Complex, Kalman-based Sensor Fusion Algorithm
- Epoxy-Encapsulated Circuit
Specifications:
- Precision 0-5V Analog Output with 16-bit Resolution
- High Resolution: 0.01 Degrees
- -40 to 85°C Operating Temperature
- Innovative built-in boost regulator provides 0-5V throughout the full input supply of 4-40V
- Low Current Draw: 6mA at 24V Supply
- 3-axis Gyroscope with 3-axis Accelerometer
- CE and RoHS compliance
- Impact-resistant, UV-stabilized, and NEMA 4/4X rated housing
Customizable Features:
- Symmetric Voltage Range from 0-5V
- Single Axis Measurement Range: +/ -0.5° to ± 180°
- Dual Axis Measurement Range: +/ -0.5° to ± 90°
- Mount Type – Mounted Horizontally or Vertically
Example: Max Angular Range = ±4°, Output = 0.5-4.5V
The graph displays the output behavior for an analog level sensor with a max angular range of ±4° in either the X or Y axis. The analog output is symmetric, therefore it will range from -4° to +4° for the voltage range from 0.5V to 4.5V
