electronic inclinometer

Single-axis measures tilt in one plane (e.g., slope angle), while dual-axis captures two perpendicular planes simultaneously—useful for borehole monitoring where the casing may twist. For most surface tilt applications, single-axis is enough, but dual-axis saves you from installing two separate instruments.

Think about the expected displacement. For structural monitoring like bridges or walls, ±5° to ±10° is typical. Landslides or open-pit mines might need ±30° to ±90°. Kingmach offers ranges across that spectrum; if you’re unsure, our support team can help based on your project’s geology report.

Yes. Most of our units have RS485 Modbus output, which readily integrates with popular wireless nodes from brands like Worldsensing or Ackcio. We also supply direct LoRa or NB-IoT versions if you want to skip an external logger and keep the setup minimal.

Zero drift over time is a reality for any MEMS sensor. Our inclinometers are rated for less than 0.005° per year drift under normal conditions, but that’s lab data. In the field, periodic recalibration checks are wise. Many clients send units back every 2–3 years for a quick bench check, which we include in the warranty extension package.

Absolutely. Standard cable lengths are 5–100 m, but we’ve built units with 600 m cable for deep deformation monitoring. Weather-resistant connectors like Lemo or Fischer are options, and we pre-mold stress reliefs to prevent water ingress at the termination.