ConvertThemAll

Tons of refrigeration to Kilowatts

Type a value in Tons of refrigeration and get the result in Kilowatts, calculated exactly.

1 TR ≈ 3.516852842 kW Power converter

100 Tons of refrigeration ≈ 351.6852842 Kilowatts

Precision

Exact factorRounded for display to about 10 significant digits.

Slide rule

Drag to scrub · arrow keys step · Shift × 10

Paper tape

ConvertThemAll

  1. Your conversions print here.

0 lines · kept on this device only

Formula

kW = TR × 3.51685284207

To convert Tons of refrigeration to Kilowatts, multiply the value by 3.51685284207.

Worked examples

  1. 1 TR × 3.51685284207 ≈ 3.516852842 kW
  2. 100 TR × 3.51685284207 ≈ 351.6852842 kW
  3. 50 TR × 3.51685284207 ≈ 175.8426421 kW

This factor is exact by definition.

Conversion table

Tons of refrigeration to Kilowatts
Tons of refrigeration (TR)Kilowatts (kW)
1≈ 3.516853
2≈ 7.033706
310.5505585262
4≈ 14.06741
5≈ 17.58426
621.1011170524
7≈ 24.61797
8≈ 28.13482
931.6516755786
10≈ 35.16853
1552.752792631
20≈ 70.33706
25≈ 87.92132
30105.505585262
40≈ 140.6741
50≈ 175.8426
60211.011170524
70≈ 246.1797
75263.763963155
80≈ 281.3482
90316.516755786
100≈ 351.6853

Values marked ≈ are rounded; the rest are exact.

Reverse table: Kilowatts to Tons of refrigeration
Kilowatts to Tons of refrigeration
Kilowatts (kW)Tons of refrigeration (TR)
1≈ 0.2843451
2≈ 0.5686903
3≈ 0.8530354
4≈ 1.137381
5≈ 1.421726
6≈ 1.706071
7≈ 1.990416
8≈ 2.274761
9≈ 2.559106
10≈ 2.843451
15≈ 4.265177
20≈ 5.686903
25≈ 7.108628
30≈ 8.530354
40≈ 11.37381
50≈ 14.21726
60≈ 17.06071
70≈ 19.90416
75≈ 21.32589
80≈ 22.74761
90≈ 25.59106
100≈ 28.43451

Convert Kilowatts to Tons of refrigeration

Unit definitions

Tons of refrigeration TR
Exactly 12 000 BTU per hour, about 3.517 kilowatts.
Kilowatts kW
Exactly 1000 watts.

Questions people ask

Tons of refrigeration to Kilowatts: what is the conversion factor?

One TR is ≈ 3.516852842 kW.

How do I convert Tons of refrigeration to Kilowatts?

Use the formula above. For example, 100 TR = ≈ 351.6852842 kW.

Is the conversion exact?

Yes. Both units have exact definitions, so the factor is exact; a result is only rounded when its decimals never end.

Factors checked 19 October 2026.