sensor inclinometer

It mostly comes down to the model and how you deploy it. A typical sensor measures angular tilt, which translates to lateral displacement when you know the gauge length. They’re used on landslides, diaphragm walls, embankments, and tunnels to spot movement as small as a fraction of a millimetre per reading interval. The key is picking a sensor with low enough noise that you’re seeing the geology, not the electronics.

Yes, that’s a regular request. Beyond the standard 4‑20 mA, 0‑5 V, and RS485, we’ve supplied units with CAN bus, SDI‑12, and even dry contact closures for alarm panels. Connectors can be specified as M12, military‑style circular, or pigtail leads – whatever the site wiring standard demands. Lead time might stretch a little, but we usually manage it without a massive price bump.

Most of the housings are rated IP67 out of the box, and we have IP68 designs tested for permanent submersion in water up to 50 metres. The sealing uses dual O‑rings and a gore‑vent to prevent internal condensation without letting water in. We’ve got installations that have been in place for over five years without a measurable zero shift. Regular calibration check intervals are still advised, but the hardware is built for the long haul.

You can absolutely start with one or two units for a pilot project. We don’t enforce a strict MOQ on standard configurations because we know engineers need to test before committing to a full‑scale deployment. Stock models usually ship within a week or two, depending on your location and our current production schedule.

We provide wiring diagrams, mounting guidance, and configuration notes with every shipment. If the crew on site runs into confusion, our application engineers hop on a call and walk them through it. For larger projects, we can come out for initial installation supervision and help set up data‑logging thresholds. We don’t charge extra for that kind of support on reasonable‑sized orders – it’s just part of making sure the monitoring actually works.