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Sierra Instruments Spotlight

Sierra Instruments - The Secret to More Stable FoamStable Foam

Deep in a Belgian forest in a thousand year old Trappist Monastery, the brewmaster at Oval Brewery was looking for the secret to more stable foam.

Ghislain Piot, a sales agent for Sierra products, offered his help.  Already familiar with the successful application of Sierra mass flow controllers at Heineken, Europe's largest brewer, he suggested they install the Sierra Max-TrakTM Model 180 to gently add nitrogen to what beer experts worldwide regard as liquid gold.


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Mission CriticalMission Critical: You Can Say That Again!

For the last 25 years, NASA has relied on the accuracy of Sierra Side-TrakModel 830 and 840 thermal mass flow meters to get the right mixture of nitrogen, argon and oxygen to their shuttles during ground testing. Six years ago, Steve Chism, a sales agent for Sierra in Orlando, Florida, identified a way NASA could upgrade the outdated technology they 780Swere using to maintain positive space shuttle cargo door air flow on re-entry. He was convinced that Sierra's Model 708 thermal mass flow meter was ideal for this mission-critical function.


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Innova-Sonic Model 206 In-Line Ultrasonic Flow Meter

Sierra's new Innova-Sonic In-Line is targeted to customers as an alternative choice for typical liquid Mag-Meter applications where high performance and affordable pricing are important. The +/- 0.5% of reading accuracy is as good as any typical magnetic flowmeter, but the ability to measure down to zero flow and virtually any clean liquid regardless of conductivity sets Sierra's Innova-
Sonic In-Line apart.

Innova-Sonic Model 206A nominee for the 2008 Flow Control Innovation Awards, the Model 206 is literally an order-of-magnitude improvement in transit-time ultrasonic flow measurement. Sierra's proprietary PicoFlyTM technology is an industry first.
PicoFlyTM allows ultrasonic transit time-of-flight to be measured in picoseconds 10 -12 (one trillionth of a second) rather than the typical nanoseconds 10 -9 (one billionth of a second). The result is excellent resolution that enables extreme low flow detection.

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