Radiant Cooling Systems and Controls

The video provides a tour of a job site featuring Masonic controls and Yaga Climate Canal units. It highlights the installation of radiant systems, the use of Masonic controls for fan speed and dehumidification, and the mechanical room setup with heat pumps. The video also discusses radiant cooling, emphasizing the importance of maintaining surfaces above the dew point to prevent condensation.

What type of controls are used to manage the radiant systems in the job site?

• Hydronic controls

• Masonic controls

• Electric controls

• Manual controls

Where are the Yaga climate Canal 19 units primarily used in the home?

• In the bedrooms

• In the kitchen

• In the living room and entryway

• In the bathrooms

What is a key feature of Masonic controls regarding fan speed?

• They can only turn fans on or off

• They increase fan speed automatically

• They manage fan speed from 0 to 10 volts

• They decrease fan speed automatically

What is the benefit of using chilled water at a low fan speed in Masonic controls?

• To dehumidify the air

• To increase temperature

• To save energy

• To reduce noise

What is the purpose of the tank in the mechanical room?

• To store electricity

• To store hot or cold water

• To store gas

• To store air

How many air to water heat pumps are used in the home?

• Three

• One

• Two

• Four

What is the main concern when using radiant cooling systems?

• Noise

• High energy consumption

• Condensation

• Overheating

How is condensation avoided in radiant cooling systems?

• By using fans

• By using dehumidifiers

• By keeping the radiant surface below the dew point temperature

• By keeping the radiant surface above the dew point temperature

What additional feature is incorporated in some bedrooms besides the Yaga fan coils?

• Additional lighting

• Extra windows

• Radiant ceilings

• Radiant floors

What is the role of intelligent sensors in the radiant cooling system?

• To monitor air quality

• To monitor dew point temperature

• To control lighting

• To manage electricity usage