Manufacturing Excellence Since 1931
As the year comes to a close and we celebrate this time with our families and friends, all of us at Dwyer want to give a big thank you to the customers and teammates that we’ve depended on the year through. We certainly couldn’t have done it without you. Continue reading “Happy Holidays | Year in Retrospect”
The Dwyer team recently released the latest model in our line of air velocity transmitters, the Series AVLV. This series is ideal for measuring low air velocity or volumetric air flow in applications such as: clean room systems, pharmaceutical buildings, variable air volume systems, and building ducts. Continue reading “[New Product Highlight] Air Velocity Transmitter | Series AVLV”
As 2019 comes to a close, the Dwyer team is keeping busy by preparing product demos for the upcoming year. We’re eagerly anticipating the 2020 AHR Expo, which will be held on February 3 through February 5 in Orlando, Florida. We’ll be at Booth #943, so be sure to look for us if you’re able to stop out! Continue reading “Visit Us at AHR Expo 2020”
Since the company was founded in 1931, customers have come to recognize Dwyer Instruments, Inc. to stand for quality, reliability, and readily available competitively priced products. As a leading manufacturer in the controls and instrumentation industry, we continue to grow and serve major markets, including HVAC, water & wastewater, powder & bulk, and agriculture.
We have three core values that have helped us to become a trusted instrumentation solution provider:
Today we’ll be discussing the first core value: spirit of winning. We recognize the expertise and skill of the people that use our products in the field every day. More than anything else, however, we’re here to make sure that these customers succeed. That’s why our team is passionate about what they do, and work tirelessly to get it right.
Dwyer Instruments, Inc. offers several flow measuring products that use a thermal sensing element.
Thermal dispersion flow sensors use a temperature element that is heated up beyond the media temperature. Based on calorimetry, the flow moving past the sensor will have a cooling effect that is directly proportional to the flow velocity. The heat is convected from the heated probe surface to the boundary layer of the fluid flowing over the heated surface. Continue reading “Thermal Dispersion Flow Switches”