1 tr = how much hp

Wish u the best regarding your great work! Its value is applicable under atm pressure. But under vacuum latent heat of vaporization will not be the same. How can you take the same value under vacuum? Also you took mass of liquid for calculation. Thank you! Regards, Sunil Kumar. Dear Sunil, Thanks for the compliment, Latent heat will increase if the boiling point decreases but the variation wont be that much, Mass will remain same for vapour or its liquid, but volume changes.

Pharma Engineering. Friday, 6 May TR. Home Calculations chilling cooling. Ajay Kumar Kalva Calculations , chilling , cooling.

The British ton is the long ton, which is pounds, and the U. Both tons are actually defined in the same way. It is just the definition of the hundredweight that differs between countries. In the U. This causes the actual weight of the ton to differ between countries. To distinguish between the two tons, the smaller U. I am Ajay Kumar Kalva, Currently serving as the CEO of this site, a tech geek by passion, and a chemical process engineer by profession, i'm interested in writing articles regarding technology, hacking and pharma technology.

Read more. Labels: Calculations , chilling , cooling. Location: Srikakulam, Andhra Pradesh , India. Unknown 6 May at Ajay Kumar Kalva 6 May at Unknown 19 May at Ajay Kalva 19 May at Unknown 1 May at Natasha Mohanty 25 May at Ajay Kumar 4 June at Ajay Kumar 6 May at Jing 3 June at Ashish jain 20 June at Ajay Kumar 26 June at Unknown 5 September at Unknown 24 September at Ajay Kumar 24 September at Unknown 25 September at In the part of the coils nearest the condenser, the refrigerant is in the liquid state, but at a certain point, it passes through a tiny aperture and turns into a gas.

Evaporation is an endothermic reaction that draws heat from the surroundings, so an air conditioner works by sucking the heat out of the surrounding air. The vaporized refrigerant continues back to the condenser, where it turns back into a liquid and begins a new journey through the coils. The power developed by the condenser is a factor in how efficiently the air conditioner circulates the refrigerant and pushes it through the aperture into the evaporative coils, but it isn't the only factor that determines how well the air air conditioner works.

The characteristics of the refrigerant and the size and length of the coils are also important. Consequently, rating the air conditioner in terms of the power of its motor is only an approximate representation of its cooling capacity.

The BTU is the standard by which air conditioners are measured in North America, as well as in many other countries. The label affixed to an air conditioner's motor should display the power rating of the motor, and depending on the country and the air conditioner, that may be the advertised rating of the air conditioner. If you want to compare a unit rated in watts to one rated in horsepower, you can convert from one to the other using the conversion factors. For example, an air conditioner rated for for 1.

A power rating of 3. Chris Deziel holds a Bachelor's degree in physics and a Master's degree in Humanities, He has taught science, math and English at the university level, both in his native Canada and in Japan. In addition, when rating electric motors, one horsepower is equal to watts.

Watt was not the first person to compare the output of horses to that of engines. As early as , Thomas Savery referenced horses when describing the output of an engine. It is believed that Watt built on this idea and introduced the term horsepower, largely in an effort to market his steam engine. The term was later expanded to include other types of output power such as the imperial and metric horsepower measurements commonly used today.

From: ton refrigeration To: horsepower metric.