Trane Introduces New Hydronic Branch Conductor

Trane Introduces New Hydronic Branch Conductor


Trane by Trane Technologies has announced the new Trane Hydronic Branch Conductor that helps retrofit and new buildings achieve higher energy efficiency and zone comfort from decarbonized, electrified heating and cooling without major structural disruptions.

A practical path to decarbonization for new buildings and retrofits, the new Trane Hydronic Branch Conductor is a system component that enables the repurposing of existing water piping for both heating and cooling distribution, even in buildings with existing two-pipe branch systems, to help achieve sustainable comfort with minimal structural changes and installation costs.

The Hydronic Branch Conductor is ideal for education and government buildings, commercial offices, hotels, medical offices and high-rise residential buildings with multiple thermal zones. When it is paired with hydronic heat pump systems, building owners and managers can:

  • Change heating and cooling loads zone by zone multiple times a day without the need to switch from hot to cold water seasonally for the entire building.
  • Replace six-way valves at each terminal unit on a branch with a single conductor.
  • Convert existing buildings with 140-180 F hot water to a more energy efficient 105 F hot water electrified heating supply.

Whether you require installation, repair, or maintenance, our technicians will assist you with top-quality service at any time of the day or night. Take comfort in knowing your indoor air quality is the best it can be with MOE heating & cooling services Ontario's solution for heating, air conditioning, and ventilation that’s cooler than the rest.
Contact us to schedule a visit. Our qualified team of technicians, are always ready to help you and guide you for heating and cooling issues. Weather you want to replace an old furnace or install a brand new air conditioner, we are here to help you. Our main office is at Kitchener but we can service most of Ontario's cities


Source link