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 Basics of Daisy Chaining
A daisy chain is a wiring strategy where multiple devices are wired together in sequence. This is similar to the way in which flowers can be linked together to form chains or rings, using flower stems as a chain to connect each flower to one another.
In this example, a pressure transmitting cell is the “daisy” and a circuit loop is the “chain.” Continue reading “The Basics of Daisy Chaining”
[New Product Highlight] Air Velocity Transmitter | Series AVLV
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”
Visit Us at AHR Expo 2020
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”
How to Set Up and Use the Model TBU-00 Temperature Transmitter
The Model TBU-00 Temperature Transmitter is a high precision temperature transmitter. Its small size and weight allow it to easily mount in most temperature sensor instrument enclosures. The TBU-00 is ideal for process applications where a 4 to 20 mA signal is required, such as: food processing equipment, boiler equipment, and refrigeration equipment. Continue reading “How to Set Up and Use the Model TBU-00 Temperature Transmitter”