Convert Foot-Pounds per Second (ft·lb/s) to Tons of Refrigeration (TR)

1 ft·lb/s = 0 TR

How many Tons of Refrigeration in a Foot-Pound per Second?Printable chart →

Converting power from Foot-Pound per Second (ft·lb/s) to Tons of Refrigeration (TR) is essential for various applications in engineering and HVAC. The conversion factor is 1 ft·lb/s = 3.8552e-4 TR, allowing for precise calculations in cooling power systems. Whether you're designing an air conditioning unit or evaluating energy efficiency, our converter simplifies the process.

Foot-Pound per Second (ft·lb/s)

Ton of Refrigeration (TR)

0.000386

Conversion Formula

TR = ft·lb/s × 3.8552e-4

Reverse: ft·lb/s = TR × 2593.89

Quick mental math: For quick mental math, remember that to convert ft·lb/s to TR, divide by approximately 2,600.

Conversion Examples

1 ft·lb/s × 0.000385521 =

0 TR

1 Foot-Pounds per Second = 0 Tons of Refrigeration

5 ft·lb/s × 0.000385521 =

0.002 TR

5 Foot-Pounds per Second = 0.002 Tons of Refrigeration

10 ft·lb/s × 0.000385521 =

0.004 TR

10 Foot-Pounds per Second = 0.004 Tons of Refrigeration

25 ft·lb/s × 0.000385521 =

0.01 TR

25 Foot-Pounds per Second = 0.01 Tons of Refrigeration

50 ft·lb/s × 0.000385521 =

0.019 TR

50 Foot-Pounds per Second = 0.019 Tons of Refrigeration

100 ft·lb/s × 0.000385521 =

0.039 TR

100 Foot-Pounds per Second = 0.039 Tons of Refrigeration

Foot-Pound per Second to Ton of Refrigeration Table

Quick convert your value:

ft·lb/s =—TR

Start:Step:Rows:Precision:

Foot-Pound per Second (ft·lb/s)	Ton of Refrigeration (TR)	Fraction
100	0.038552	1/32
200	0.077104	5/64
300	0.115656	7/64
400	0.154208	5/32
500	0.192761	3/16
600	0.231313	15/64
700	0.269865	17/64
800	0.308417	5/16
900	0.346969	11/32
1,000	0.385521	25/64
1,100	0.424073	27/64
1,200	0.462625	15/32
1,300	0.501177	1/2
1,400	0.53973	35/64
1,500	0.578282	37/64
1,600	0.616834	39/64
1,700	0.655386	21/32
1,800	0.693938	11/16
1,900	0.73249	47/64
2,000	0.771042	49/64

Unit Definitions

What is a Foot-Pound per Second (ft·lb/s)?

ImperialUnited States, United Kingdom

A Foot-Pound per Second (ft·lb/s) is a unit of power that represents the rate at which work is done. It is defined as the power required to move one foot-pound of work per second.

History

The foot-pound as a unit dates back to the early mechanical engineering days, where it was used to quantify the work done by various machines. Its use in power calculations became widespread during the industrial revolution as machines improved.

Current Use

Today, ft·lb/s is commonly used in engineering and mechanical contexts, particularly in the United States, for measuring the power output of engines and motors.

Learn more about Foot-Pound per Second

What is a Ton of Refrigeration (TR)?

ImperialUnited States

A Ton of Refrigeration (TR) is a unit of power used in refrigeration and air conditioning, representing the amount of heat absorbed by one ton of ice melting in 24 hours.

History

The term originated in the early 20th century when refrigeration systems were compared to the cooling effect of melting ice. It became a standard measure in HVAC systems as the industry evolved.

Current Use

TR is widely used in the HVAC industry to specify the cooling capacity of air conditioning units and refrigeration systems, making it a critical unit for engineers and contractors.

Learn more about Ton of Refrigeration

Frequently Asked Questions

How is the conversion from ft·lb/s to TR useful in air conditioning?

In air conditioning, understanding power requirements is crucial. For example, if a cooling system operates at 1,000,000 ft·lb/s, it equates to approximately 385.521 TR. This information helps engineers determine if the system can meet the cooling needs of a commercial building. By converting ft·lb/s to TR, one can assess whether the system is adequately sized, ensuring comfort while avoiding energy waste.

Can you give an example of how this conversion applies in industrial settings?

In industrial refrigeration, power output is often measured in ft·lb/s. If a refrigeration unit delivers 2,500,000 ft·lb/s, converting this to TR yields about 963.802 TR. This conversion is vital for determining the unit's cooling capacity, especially in large-scale food processing plants where maintaining specific temperatures is essential for product safety. By understanding these conversions, managers can optimize their cooling systems for efficiency and cost savings.

How does this conversion relate to fitness equipment performance?

When assessing the performance of high-powered fitness equipment, such as treadmills, the output can be measured in ft·lb/s. For instance, if a treadmill generates 500,000 ft·lb/s, this translates to 192.760 TR of power. Knowing this helps in evaluating the machine's capability to handle intense workouts, ensuring users can achieve their fitness goals effectively without compromising safety.

What role does this conversion play in cooking or food preparation?

In cooking, particularly in industrial kitchens, equipment like ovens and fryers can have power ratings in ft·lb/s. For example, if an industrial fryer operates at 300,000 ft·lb/s, it equals approximately 115.763 TR. This conversion is crucial for chefs and kitchen managers to ensure that their equipment can maintain the necessary temperatures for cooking, directly impacting food quality and preparation times.

How can this conversion be applied in construction or building design?

During the design of HVAC systems in buildings, the cooling power is often calculated in ft·lb/s. For example, if a building's cooling requirement is estimated at 750,000 ft·lb/s, this translates to about 288.071 TR. This information is essential for architects and engineers to ensure that the HVAC system will adequately cool the building while adhering to energy efficiency standards, ultimately affecting the building's overall comfort and operational costs.

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Convert Foot-Pound per Second to Other Units

Foot-Pound per Second to Watt→ W Foot-Pound per Second to Kilowatt→ kW Foot-Pound per Second to Megawatt→ MW Foot-Pound per Second to Gigawatt→ GW Foot-Pound per Second to Horsepower→ HP Foot-Pound per Second to Metric Horsepower→ PS Foot-Pound per Second to BTU per Hour→ BTU/h Foot-Pound per Second to Kilovolt-Ampere→ kVA

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