There are many styles and approaches to hydronic zoning. The trick is knowing when and how to utilize the products available in the marketplace. Veterans Greg Tubbs and Bob “Hot Rod” Rohr have seen all kinds of zoning applications across North America. They will break zoning down to the basics at the next Coffee with Caleffi webinar on Thursday, June 22 from 12 noon – 1:00 p.m. CDT, assisting our audience with best practices, product selection, installation and maintenance tips.
You'll learn:
→ How does a motorized zone valve work?
→ When should you use a zone valve or a zone pump relay board?
→ Connection options for wires and pipes
→ Selecting a zone valve based on the Cv
→ What causes a zone valve to stop working as expected?
→ How do you know if a transformer will be overloaded?
→ Frequently asked questions from the technical support lines
Tubbs is a Caleffi application engineer with 20+ years of field experience and technical support. He adds a well-rounded troubleshooting background to the Ask Caleffi technical support team. When he isn’t helping customers on the phone lines, he is often behind the microphone recording podcasts or in front of the camera producing demo videos from the Caleffi lab.
Don't know Hot Rod? A Carlson-Holohan Industry Award of Excellence honoree, he travels from sea to shining sea for Caleffi North America, sharing his 40+ years' of experience as a plumbing, radiant heat and renewable energy contractor. He is a regular contributor to industry magazines where Hot Rod brings his rubber-to-the-road experiences to life.
Coffee with Caleffi technical training webinars are free and intended for contractors, designers and wholesalers. A Certificate of Attendance is emailed to attendees following the webinar for continuing education consideration. Want to join us? Simply register today.
Can't make the webinar? No problem! Be sure to sign up anyway and we'll email the recording link found in our webinar archive when it is available.
If you have questions on webinar content, please direct them to Max Rohr.
