Description
Brief Introduction
DK-INC-100 industrial dual-axis inclinometer adopts mature MEMS micro-sensing technology, equipped with standard Modbus RTU RS485 communication bus, which can be seamlessly connected with PLC, industrial host computers, data acquisition modules and remote monitoring platforms. Engineered for long-term unattended angle monitoring, this tilt sensor maintains stable high-precision data output under extreme temperature, heavy vibration and humid outdoor environments. With IP67/IP68 fully waterproof metal housing and powerful anti-shock performance, it delivers reliable tilt measurement solutions for civil infrastructure, geotechnical safety, construction machinery, new energy and industrial automation fields. Every sensor is fully calibrated at full temperature range before factory delivery, supporting flexible parameter modification, zero-point calibration and OEM/ODM customized service for global system integrators and engineering contractors.
Core Product Advantages
a. Standard Modbus RTU communication protocol, freely adjustable baud rate and device address, complete Modbus command sets and CRC calculation code provided for quick secondary development
b. Optional multi-range measurement, ultra-low zero temperature drift and outstanding long-term stability to guarantee consistent monitoring data all year round
c. Robust mechanical performance: withstand ultra-high impact and continuous vibration, IP67/IP68 waterproof rating, suitable for underground, coastal, rainy and dusty harsh working scenes
d. Dual wide voltage power supply DC5V / DC9~36V, low power consumption design, average service life up to 55,000 hours for long-term field operation
e. Supports switching between absolute zero and relative zero calibration modes; all modified parameters can be permanently saved after power-off without repeated setting
f. Compact integrated structure with 1.5m 4-core shielded cable, compatible with horizontal and vertical two installation methods, simple layout and wiring on site
g. Passed complete EMC electromagnetic interference and environmental aging tests, fully compliant with international industrial monitoring standards
Technical Specifications
Application Scenarios
A. Civil Infrastructure & Structural Health Monitoring
Widely deployed for long-term deformation tracking of large public constructions. It continuously captures subtle tilt changes of highway bridges, viaducts, overpasses, high-rise residential and commercial buildings, ancient cultural relics and historic architectures, helping engineers judge structural settlement and deformation risks in advance. It also monitors the deflection of power transmission poles, communication signal towers and wind turbine towers to prevent tower collapse accidents caused by wind load or foundation sinking.
B. Geotechnical & Construction Safety Monitoring
Core sensing equipment for geohazard early warning and construction safety control. Installed on mountain slopes, retaining walls, foundation pits and high formwork supports to real-time monitor lateral displacement and inclination; once abnormal tilt occurs, the system triggers automatic alarm to avoid landslide, collapse and construction safety incidents. It is also applicable to tunnel wall deformation detection and underground pipeline settlement monitoring.
C. Engineering & Heavy Machinery Safety Control
Realize automatic leveling and anti-overturn protection for all kinds of mobile construction equipment. Mounted on aerial work platforms, mobile lifting cranes, rotary drilling rigs, pile drivers and offshore operation platforms to detect vehicle body and mechanical arm tilt angle in real time, limit dangerous working angles and reduce tipping risks. Besides, it matches laser calibration platforms, road pavers and graders to maintain flat paving and precise construction standards.
D. New Energy & Solar Tracking Systems
Used for automatic angle adjustment of solar photovoltaic brackets and concentrated solar power tracking equipment. The sensor feeds back real-time tilt data to the control system, so the solar panels can automatically follow the sun’s trajectory to maximize light receiving efficiency and improve overall power generation performance.
Why Choose DK-INC-100 Modbus Inclination Sensor
We are a professional MEMS sensor manufacturer with independent R&D and production workshop. All core chips and metal housings adopt high-quality industrial-grade raw materials, matched with self-developed temperature compensation algorithms to effectively reduce measurement errors under variable temperature conditions. Every DK-INC-100 sensor undergoes full-temperature aging test, shock vibration test and communication stability test before delivery to ensure consistent performance in long-term field use. We provide factory direct sales, flexible customized parameters, fast delivery cycle, complete technical manuals and after-sales technical support, serving engineering distributors, system integrators and project contractors all over the world.
