Open

LPMS-INC1 is a high-precision, high-stability dual-axis inclinometer based on MEMS sensors. It offers a measurement range of ±90°, a resolution of less than 0.001°, and an accuracy of up to 0.011°. The operating temperature range is -20 to 85 °C. By integrating and processing data from its built-in accelerometer, and applying filtering and calibration algorithms, the device digitally outputs various data including raw acceleration, calibrated acceleration, tilt angles, and temperature.

Communication Options: To suit different applications, LPMS-INC1 provides four communication interfaces: RS232, CAN, RS485, or TTL.

Key Features:

• High-precision, high-stability dual-axis inclinometer based on MEMS sensors

• Measurement range: ±90°

• Resolution: <0.001° (IEEE 32-bit single-precision floating-point format)

• Accuracy: 0.011°

• Operating temperature range: -20 to 85 °C

• Supply voltage: 5 to 36 V

• Real-time output: raw acceleration data, calibrated acceleration data, tilt angle data, temperature data, up to 500Hz output frequency

• Communication interfaces: RS232, CAN, RS485, or TTL

Applications:

• Construction machinery

• Energy and power systems

• Bridge and building structures

System Overview

System Architecture

Open

Pinout Description

Open

M12 A-coded 8 Pin Male connector

Open

M12 Data cable for LPMS-INC1

Please note that TTL, RS232 and CAN Bus pins are mutually exclusive. Only one communication interface is enabled depending on the model. Communication interfaces for different LPMS-U3 models are listed below:

△: Optional

Default settings for communication interface:

• USB: USBXpress, convertible to virtual COM port，921600bps，8N1 

• RS232, TTL: 921600bps，8N1

• CAN: 500kbps, termination resistor: disabled by default (Can be enabled upon request).

• RS485: 115200bps, 8N1

Reference System

Coordinates

The coordinate system for LPMS-INC1 is defined as follows:

Open

Accelerometer output convention

A positive acceleration output will be produced when the sensor is accelerated at the same direction of the positive axes. When the sensor is at rest with Z axis pointing upwards, the calibrated output of the accelerometer is expected to be [0 0 +1g] indicating the acceleration due to the force of gravity.

Euler output convention

Euler output is in degree. Euler X and Y represents angle between X/Y axis and horizontal. LPMS-INC1 does not output yaw angle.

Range of euler output is as follow:

• X Angle: -90° ~ +90°

• Y Angle: -90° ~ +90°

• Z Angle: -

Specifications

Main Parameters

Accelerometer Parameters

Power consumption

Packaging details

Open

LPMS-INC1 Dimensions (Units:mm)