Blog Posts Tagged:
Vibration Monitoring

Protecting the world’s largest hydro facilities

Our products are used to monitor and protect the largest machines and operations on the planet. That’s not hyperbole – that’s fact. In this series of articles, we have examined the world’s largest gas and steam turbines and our role in protecting them. We now conclude this 3-part series with a look at our historic […]

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Protecting the world’s largest steam turbine

Our products are used to monitor and protect the largest machines and operations on the planet. That’s not hyperbole – that’s fact. In this series of articles, we examine three of the “world’s largest” and what we do to make them safe and reliable. We continue our series here with installment #2 and an examination […]

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Protecting the world’s largest gas turbine

Our products are used to monitor and protect the largest machines and operations on the planet. That’s not hyperbole – that’s fact. In this series of articles, we examine three of the “world’s largest” and what we do to make them safe and reliable. Here, we showcase the world’s largest gas turbine – the Siemens […]

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8 Insights – What customers told us about Vibration Monitoring Upgrade Project

In a recent customer survey on projects involving vibration system installations, upgrades, and retrofits, we gained insights that we wanted to pass along to you – some surprising, and some not-so-surprising – but all valuable. Introduction In September 2022, we surveyed 17 existing and potential customers with a series of qualitative questions about upgrade projects […]

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Four effects you can’t ignore in field wiring

Overview While it is tempting to think of wire as an ideal conductor that simply gets a signal from point A to point B without alteration, this is often not the case – particularly for long cable runs. In the real world, appreciable length of field wiring will introduce its own effects, meaning that the […]

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Sensor Field Wiring Length Considerations for Hazardous Areas

While it is often acceptable to think of wire as an ideal conductor that simply gets a signal from point A to point B, this is rarely the case for long cable runs. In the real world, appreciable lengths of field wiring will introduce constraints on the signals produced by the sensor and then routed to the monitoring channel.

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