POWER, HEAT FLOW RATE

Btu/hChu/hWkcal/hft lbf/s kgf m/smetric hphpkWtcal/hMW
10.55560.29310.25200.21620.029883.985x10⁻⁴ 3.930x10⁻⁴2.931x10⁻⁴2.520x10⁻⁴2.93x10⁻⁷
1.80010.52750.45360.38920.053797.172x10⁻⁴ 7.074x10⁻⁴5.275x10⁻⁴4.536x10⁻⁴5.28x10⁻⁷
3.41211.895610.85980.73760.10201.360x10⁻³ 1.341x10⁻³1x10⁻³18.598x10⁻⁴1x10⁻⁶
3.96832.20461.16310.85780.11861.581x10⁻³ 1.560x10⁻³1.163x10⁻³1x10⁻³1.13x10⁻⁶
4.6262.57011.35581.165810.13831.843x10⁻³ 1.818x10⁻³1.356x10⁻³1.166x10⁻³1.36x10⁻⁶
33.4618.599.8078.4327.23310.01333 0.013159.807x10⁻³8.432xx10⁻³9.81x10⁻⁶
25101394735.050632.4542.57510.9863 0.73550.63247.355x10⁻⁴
25441414745.70641.1955076.0401.0139 10.74570.64127.457x10⁻⁴
3412.118961000859.8737.6102.01.3601.3410 10.85981x10⁻³
3968.32204.611631000857.8118.61.581 1.55961.16311.163x10⁻³
3.4121x10⁶1.896x10⁶1x10⁶8.598x10⁵7.376x10⁵1.0197x10⁵1360 13411000859.81
1 W =1 J/S
1 cal/s = 3.6kcal/h
1 ton refrigeration = 3517 = 12000 Btu/h (ie Heat required to melt 2000lbs (one ton) of ice in 24 hours)
1 erg/s = 10-7 W
1 kgf = 9.81 Newtons
1 kW = 3600 kJ/h
Ton of refrigeration: the heat equivalent to melting 2000 Lb (one ton) of ice in 24 hours.
One ton equals 12000 btu/h
1 ton refrigeration = 3516.9 W