displacement transducers

LVDTs excel in short-range, high-precision applications like crack monitoring or material testing, where friction-free movement matters. Draw-wire sensors handle larger displacements—often several meters—and are easier to mount where alignment isn’t perfect, such as on slope inclinometers or retaining walls. Budget also plays a role: draw-wire units are generally more affordable for long measurement spans.

Yes, we regularly configure sensors with 4-20 mA, 0-10 V, or RS485 digital outputs. If your data acquisition system uses a different protocol, we can discuss modifications, though simple changes are usually quicker to deliver than fully bespoke signal conditioning.

Many of our standard units carry IP65 or IP67 ratings, suitable for outdoor use and temporary submersion. For permanent underwater installations or corrosive environments, we can add thicker housings, special cable glands, or vented cables. We will ask about the specific exposure to make sure the right sealing is specified.

Every transducer leaves our facility with a calibration certificate traceable to national standards. For drift-sensitive projects, we recommend periodic recalibration—typically once a year for critical measurements. Our local partners can often handle recalibration checks, or you can return the sensor to us.

Almost certainly. We can match the excitation voltage and output range to most loggers on the market. Just share the manual or pin assignment of your logger, and we’ll configure the transducer accordingly.