strain gauge force sensors

Both can measure anchor or strut loads, but they suit different setups. Strain gauge sensors are typically lighter, easier to handle, and give an electrical output that dataloggers read directly. Hydraulic cells have no electronics in the load path and can be read with a simple pressure gauge, but they often need a height adapter and careful seating. If you need real-time, automated logging, strain gauge is usually the simpler route.

Most of our sensors output millivolt-per-volt signals from a full bridge. We also offer models with built-in signal conditioning that output 4-20 mA, 0-10 V, or RS-485. The choice depends on cable distance and the type of datalogger you're using. Our team can help match the output to your existing system.

Yes. We can supply fully submersible versions with underwater connectors and double-sealed cable entries. For corrosive settings, we use stainless steel bodies and encapsulate the gauge area in multi-layer protective coatings. Tell us the immersion depth and fluid chemistry, and we'll propose a suitable construction.

Often, yes. Cable resistance affects the bridge excitation and can shift the output slightly, especially with long cables. For critical applications we calibrate the sensor with the actual cable it will be installed with, so the calibration sheet reflects real-world conditions. This is a service we can arrange during ordering.

Each sensor comes with a calibration certificate showing the traceable data: applied load versus output, linearity, hysteresis, and zero balance. We also include a wiring diagram, installation guidelines, and a material certificate if required. All documents are archived digitally, so replacements are available if originals are lost on site.