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Testing Bolt’s Limits Underwater

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Transcript

Surface Float Test

We had the first Bolt water test. Here’s the surface test. Does the Bolt survive? It’s a float test.

Powered up the Bolt and connected to it through the Wi-Fi network. We’re measuring the humidity. The humidity when we began the test before we put it in the water was 21% relative humidity, and now it’s 23% in the Bolt. So, roughly the same. The Bolt has survived the floating test.

One-Foot Depth Test

Now we’re gonna put it in one foot of water. So, we’re gonna attach the Bolt at the one-foot level.

Bolt’s going through the boot sequence. And we’re back in, logged into the Bolt, and with the previous test, the relative humidity in the Bolt was around 24%. And we are clearing the Bolt’s humidity sensor to see what the humidity is now after five minutes over a foot of depth. And we are at 32% relative humidity.

Two-Foot Depth Test

And now we are gonna put the Bolt at a two-foot depth.

We’re wirelessly connected back to the Bolt and we’re going to query the humidity sensor inside the Bolt. And now it is 45% relative humidity in the Bolt.

Have a PQ question? Ask Merlin™ — free. Send it to askmerlin@powermonitors.com or text (540) 383-3144.

Power Monitors, Inc. — Tools you Need. People you Trust.

Power Monitors, Inc. is an industry-leading product design and manufacturing firm based in Mt. Crawford, Virginia. PMI® strives to solve power quality problems by listening to our customers and working with them to design and manufacture products. Total customer satisfaction is the primary goal of all PMI® staff.

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