Product Announcements:
Flow Sensing

Utilizing flow straightening vanes and a converging duct section, along with an integrated array of VAP velocity averaging pitots, the High Beta Flow Conditioner from Eastern Instruments accurately measures air flow in any duct work. The High Beta requires virtually no straight duct runs to measure flow accurately. Read more...

The trend to improve efficiency in today's power plant environment drives the need for effective boiler trim controls which, in turn, requires accurate combustion air flow measurement. The High Beta^® Engineered (HBE) flow conditioner is ideal for profiling even the most turbulent flows in ducts with virtually no straight duct runs. Read more...

Eastern Instruments' CentriFlow^® Low Density Meter is a specialized version of the original CentriFlow^® Meter that is designed to measure very low density materials. Read more...

The CentriFlow^® Low Flow Meter is a specially designed solid-particle mass flow meter that can accurately measure bulk solids from pellets and granular materials to powders at extremely low flow rates. Read more...

The QVT allows for precise and accurate air flow measurement of differential pressure down to 0.0009 in WC and allows for the measurement of up to 4 variables at once, including Differential Pressure, Absolute Pressure and Process Temperature. Read more...

Centripetal Force based flow meters are an extremely accurate alternative to Impact Flow Meters and can offer a great deal of savings for many applications in a variety of industries. Read more...

The QVT Multivariable Transmitter from Eastern Instruments can accurately measure differential pressures down to 0.0009 in WC. Read more...

Centripetal Force based flow measurement versus Impact Flow Meters. Read more...

The CentriFlow Meter from Eastern Instruments can accurately measure the mass flow of activated carbon contiinuously while in process. Read more...

The QVT from Eastern Instruments is a multivariable DP transmitter, optimized for extremely accurate flow measurement at very low differential pressures. Read more...