The HMI-CX400 fixed inclinometer is developed and produced by Maike Sensing Technology for situations where conventional portable inclinometers are difficult to read on site. The measuring unit can be repeatedly used in series or parallel with the inclinometer tube, and the output signal is RS485 Modbus protocol. It can directly display the structural offset angle of the measuring hole at different depths, calculate the horizontal displacement based on trigonometric relationships, synchronously measure the temperature of the buried point, and facilitate access to the customer's data acquisition system.

Adopting high-precision MEMS sensors, it has high sensitivity, stable measurement performance, minimal temperature impact, fast stability speed, few installation accessories, and easy assembly. Commonly used for earth and rock dams, panel dams, rock and soil slopes, embankments, foundation pits, etc. that require automated real-time monitoring. For example, when installed on a dam to monitor the safety of the dam body in real-time, as well as on dangerous high slopes that are not easily accessible to observation personnel, observation personnel can obtain monitoring data by telemetry in the observation room.

Key Features

● Precision 0.01 ° (± 0.3mm) ● Single and dual axis, range: 0~± 90 ° optional ● All stainless steel corrosion-resistant ● Wide voltage input DC 9-36V (5V can be customized)

● Wide temperature operation -40~+85 ℃ ● Range ± 90 ° (optional) ● Single bus structure, can be used in series with multiple sections ● More flexible and stable structure

● Waterproof performance ≥ 1MPa (200m underwater) ● Output RS232/RS485/TTL (optional) ● Length 750mm, diameter Ø 28m, distance between guide wheels 480mm

Product Application

● Deep foundation pit inclinometer ● Slope monitoring ● Deformation of roadbed and dam body ● Deep horizontal displacement of soil around the tunnel ● inclinometer

● Exploration well logging ● Construction and lifting ● Based on tilt monitoring ● Landslides ● Ground fissures, seabed deformation