wire rope load cell

Most users handle installation without special training. The sensor clamps onto the rope with bolts, and you only need basic tools. We provide a manual with torque specs and calibration steps. If the rope is in a hard-to-reach spot or under constant tension, you might want a rigging crew, but it’s not a complex process.

A clamp-on sensor sits on the rope without altering the load line, so there’s no need to break the rope or insert a load cell in series. A tension link goes in-line and must be part of the load path. Clamp-on types are faster to put on and take off, which helps if you’re monitoring multiple ropes or need to move the sensor around.

Start with the working load limit of your rope and pick a sensor that covers that range with some headroom. If the rope sees shock loads or frequent peaks, go a size up to avoid overloading the strain gauges. We can help you match the sensor to your rope diameter and typical tension if you share your application details.

The clamping mechanism can handle minor shape irregularities, but a rope that’s heavily flattened or kinked might not give a clean signal. In that case, you’d need to find an undamaged section for mounting. If the rope is extremely out-of-round, a custom jaw profile can be machined to fit.

Yes, the standard IP67 rating handles rain and dust. For marine or submerged use, we can upgrade to a fully welded, subsea-rated housing with a higher IP rating. Just let us know your environment so we spec the right seals and cable gland.