This topic contains a solution. Click here to go to the answer

Author Question: Why must a heat pump indoor coil be able to withstand higher pressures than a regular air ... (Read 56 times)

imowrer

  • Hero Member
  • *****
  • Posts: 514
Why must a heat pump indoor coil be able to withstand higher pressures than a regular air conditioning evaporator coil?
 
  What will be an ideal response?

Question 2

What are the chemical components of HFC refrigerant?
 
  What will be an ideal response?



Related Topics

Need homework help now?

Ask unlimited questions for free

Ask a Question
Marked as best answer by a Subject Expert

bassamabas

  • Sr. Member
  • ****
  • Posts: 294
Answer to Question 1

The indoor and outdoor coils on a heat pump must be able to withstand the high side system pressure because it is the condenser in the heating cycle.

Answer to Question 2

Hydrogen, Fluorine, and Carbon




imowrer

  • Member
  • Posts: 514
Reply 2 on: Jul 26, 2018
Gracias!


JCABRERA33

  • Member
  • Posts: 344
Reply 3 on: Yesterday
Great answer, keep it coming :)

 

Did you know?

In 1885, the Lloyd Manufacturing Company of Albany, New York, promoted and sold "Cocaine Toothache Drops" at 15 cents per bottle! In 1914, the Harrison Narcotic Act brought the sale and distribution of this drug under federal control.

Did you know?

If you could remove all of your skin, it would weigh up to 5 pounds.

Did you know?

The most common treatment options for addiction include psychotherapy, support groups, and individual counseling.

Did you know?

All patients with hyperparathyroidism will develop osteoporosis. The parathyroid glands maintain blood calcium within the normal range. All patients with this disease will continue to lose calcium from their bones every day, and there is no way to prevent the development of osteoporosis as a result.

Did you know?

When Gabriel Fahrenheit invented the first mercury thermometer, he called "zero degrees" the lowest temperature he was able to attain with a mixture of ice and salt. For the upper point of his scale, he used 96°, which he measured as normal human body temperature (we know it to be 98.6° today because of more accurate thermometers).

For a complete list of videos, visit our video library