t/h → kg/s converter

Convert metric ton per hour to kilogram per second (Mass flow)

1 t/h = 0.2777777778 kg/s · 1 kg/s = 3.6 t/h

500 t/h = 138.888888889 kg/s

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Metric ton per hour to kilogram per second Conversion

1 metric ton per hour (t/h) is equal to 0.2777777778 kilogram per second (kg/s).

1 t/h = 0.2777777778 kg/s

or

1 kg/s = 3.6 t/h

Formula

To convert a mass flow from metric ton per hour (t/h) to kilogram per second (kg/s), divide the mass flow in metric ton per hour by 3.6

m(kg/s) = m(t/h) / 3.6

Examples:

Convert 500 metric ton per hour to kilogram per second:

m(kg/s) = 500t/h / 3.6 = 138.8888889 kg/s

Conversion table

Metric ton per hour (t/h) Kilogram per second (kg/s)
1 t/h 0.277777778 kg/s
2 t/h 0.555555556 kg/s
3 t/h 0.833333333 kg/s
5 t/h 1.388888889 kg/s
10 t/h 2.777777778 kg/s
20 t/h 5.555555556 kg/s
25 t/h 6.944444444 kg/s
50 t/h 13.888888889 kg/s
100 t/h 27.777777778 kg/s
250 t/h 69.444444444 kg/s
500 t/h 138.888888889 kg/s
1000 t/h 277.777777778 kg/s
Kilogram per second (kg/s) Metric ton per hour (t/h)
1 kg/s 3.6 t/h
2 kg/s 7.2 t/h
3 kg/s 10.8 t/h
5 kg/s 18 t/h
10 kg/s 36 t/h
20 kg/s 72 t/h
25 kg/s 90 t/h
50 kg/s 180 t/h
100 kg/s 360 t/h
250 kg/s 900 t/h
500 kg/s 1800 t/h
1000 kg/s 3600 t/h

Frequently asked questions

How do I convert metric ton per hour to kilogram per second?

Divide the value in metric ton per hour by 3.6 to get the result in kilogram per second. For example, 5 t/h ÷ 3.6 = 1.388888889 kg/s.

How many kilogram per second are in 1 metric ton per hour?

1 metric ton per hour (t/h) is equal to 0.277777778 kilogram per second (kg/s).

How do I convert kilogram per second back to metric ton per hour?

Use the inverse operation: multiply the value in kilogram per second by 3.6 to get the result in metric ton per hour.

How accurate is the metric ton per hour to kilogram per second conversion?

The converter multiplies by the conversion factor 3.6 and rounds the result to 9 decimal places by default. You can increase or reduce the precision with the digits option on this page.

Sources

Conversion factors are based on internationally recognised standards: