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When the same cable part number keeps failing across suppliers or production runs, the root cause is almost always the design, not the supplier. Switching vendors without revising the specification just moves the problem to a new address. See how Mercury Wire works back from failure data to a redesigned
In field monitoring, the cable is one of the highest-failure-risk components and the last one anyone suspects. When it degrades, data drifts and crews make expensive trips to replace sensors that were never broken. This guide covers what separates a well-specified cable from a generic one.

The Wire Chasers are back. For the second year running, our Mercury Wire team laced up for the Tree.1 Run for Fun, the 5K that supports cancer research and local families in need. Hills included, again. A tradition worth keeping Showing up once is a nice gesture. Showing up again

Key Takeaways Once a sensor is deployed in a groundwater well, access is expensive and retrieval is disruptive. That reality changes how cable needs to be specified. A general-purpose cable nicked during installation can wick moisture through the core for years, degrading insulation resistance and causing readings to drift without

When cable fails at a remote weather station, readings drift and crews make expensive trips to replace sensors that were never broken. The cable gets blamed last, after the data record is already compromised. Here is what outdoor cable actually has to survive.
When pipeline monitoring cable fails, it shows up as a control-room blind spot, not a cable problem. By the time the fault is traced underground, excavation costs far exceed the cable itself. Here is what buried monitoring cable has to survive and how to specify it for the life of

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