High-precision industrial inclinometer and accelerometer "LPMS-INC1"

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LPMS-INC1 (INC1 RS232/INC1 CAN) / LP-RESEARCH

last updated：May 13, 2026

LP-RESEARCH

Official site

Ultra-high resolution of 0.01°. With an IP67 waterproof and shock-resistant housing, it accurately monitors fine inclinations of construction machinery and structures.

**Industrial Inclinometer for Precise Measurement of Static and Dynamic Inclinations in Harsh Environments** The LPMS-INC1 is a high-precision inclinometer (clinometer) specialized for monitoring industrial machinery and civil structures. Based on a 3-axis accelerometer and combined with proprietary filtering technology, it outputs stable angle data with minimal noise. - **High-Precision Measurement Capturing Fine Changes in 0.01° Increments** Utilizing high-resolution sensor elements, it can detect inclination angles in 0.01° increments when stationary. It is highly effective for monitoring minute displacements aimed at posture control of heavy machinery and extending the lifespan of bridges and buildings. - **Excellent Environmental Resistance and Industrial Interface** In addition to its IP67-rated complete waterproof and dustproof design, it features an aluminum housing with shock and vibration resistance. It operates maintenance-free for long periods even in harsh outdoor environments. Communication supports CAN bus and RS232, making integration with PLCs and onboard systems easy. - **Advanced System Integration with ROS/ROS2 Support** In addition to Linux/Windows environments, official drivers for ROS/ROS2 are provided. It strongly supports tilt correction for autonomous robots and automation of construction machinery in ICT construction.

Related Link - https://www.lp-research.com/ja/product/lpms-inc1/

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basic information

【Inclination Measurement Performance】 - Measurement Items: 2-axis (Roll, Pitch) or 3-axis inclination angle, 3-axis acceleration - Inclination Measurement Range: ±90° or ±180° - Resolution: 0.01° - Absolute Accuracy: ±0.1° (at rest) - Output Rate: Up to 400Hz 【Physical and Communication Specifications】 - Interface: CAN / RS232 - Protection Rating: IP67 (Waterproof, Dustproof, Shock Resistant) - Operating Temperature: -40℃ to +80℃ - Housing Material: Robust Aluminum Alloy 【Development Environment】 - Supported OS: Windows, Android, Linux (Ubuntu) - Library: C++, Python, ROS/ROS2 compatible driver provided - Configuration Tool: LpmsControl (Real-time waveform display with GUI)

Price information

*The amount will vary depending on the quantity, so please contact us if you need more than 50 pieces.

Price range

Delivery Time

※Typically, if the items are in stock, delivery can be made approximately 3 to 10 days after the order is confirmed. If a specific type of interface or special customization is required, the delivery time may vary. If you are in a hurry or would like to discuss volume discounts, please feel free to contact us through the "Contact Us" section.

Applications/Examples of results

Main Use Cases: - Posture monitoring of construction and agricultural machinery: measuring boom tilt angles of excavators, cranes, and aerial work platforms, and a rollover prevention alert system. - ICT construction and automatic steering systems: body tilt correction for tractors and construction machinery, and improved cutting edge positioning accuracy. - Structural health monitoring (SHM): detecting aging deterioration through fine tilt and displacement monitoring of bridges, dams, tunnels, and transmission towers. - Solar tracking systems (solar trackers): maximizing power generation efficiency through optimal angle control of solar panels. - Autonomous mobile robots (AMR/AGV): torque control correction based on surface slope detection and rollover risk management (integration with ROS/ROS2). - Antenna and satellite communication radomes: leveling and posture maintenance of antennas mounted on moving bodies. - Marine and ship equipment: measuring hull trim and list (tilt), and stabilizing the posture of offshore cranes.