Bently Nevada 16710-16 16 Feet 3-Conductor Shielded Armored Interconnect Cable

Is the Bently Nevada 16710-16 compatible with any accelerometer?

Not really. This one is pretty tied to specific setups. It’s mainly used with Bently Nevada 330400 or 330425 sensors. Those use a 3-pin connection, and this cable is basically the link between the probe and the monitoring system. If you try to mix it with other accelerometer types, it usually won’t line up electrically or in pin configuration.

Why choose the armored 16710-16 instead of an unarmored cable?

In a clean panel or lab setup, honestly, you might not need armor at all. But once you’re in a real plant environment, things change fast. People step on cables, metal edges rub against them, maintenance guys pull things around… that kind of situation. The armor on the 16710-16 is there to survive that. It’s less about performance gain and more about avoiding physical damage over time.

What does the “-16” mean in 16710-16?

That part is just length. In this case, it’s 16 feet, roughly 4.9 meters. Bently usually codes their cables this way, so you’ll see other versions with different numbers depending on how long the cable run needs to be. Nothing more complicated than that.

Can 16710-16 handle high temperature environments?

It’s rated roughly from -40°C up to +85°C. That covers most industrial applications without issues. Still, in real plants, temperature isn’t always uniform. So if it’s near something like a turbine casing or steam line, people usually double-check the actual mounting point temperature instead of relying only on the spec sheet.

How do you connect the 16710-16 in practice?

One side is the 3-pin plug that goes straight into the sensor. The other side usually lands on terminal blocks in a Proximitor or monitoring module. It sounds simple, but grounding matters a lot here. If the shield isn’t grounded properly, you’ll start seeing noise in the signal pretty quickly.

Does 16710-16 come with warranty?

Yes, it follows standard Bently Nevada factory warranty terms. In normal use, the cable tends to last a long time. Failures are usually not random — it’s more like physical damage, crushing, or chemical exposure that eventually breaks it down.