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Heater Power Electric heating systems come in 3 sizes: 1. 5 k, W (120V,15 Amp); 6 k, W (240V,30 Amp); and 11. 5 k, W (240V,60 Amp). Each heating unit has a different increase rate. The following table compares rise rates: Typical Water Temperature Increase Rates (In Degrees Fahrenheit Per Hour) Spa/Tub Model Max, Gallons 1.
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5KW240V Natural Gas * 100,000 BTU Opu 4' dia x 35" 241 2. 6 10. 5 20. 1 48. 1 Opu 5' dia x 35" 387 1. 6 6. 6 12. 6 30. 0 Opu 6' dia x 35" 567 1. 1 4. 5 8. 5 20. 4 Rub 4' dia x 44" 303 2.
0 15. 5 36. 7 Rub 5' dia x 44" 486 1. 25 5. 0 9. 6 22. 9 Rub 6' dia x 44" 712 0. 9 3. 4 6. 5 15. 6 Rub 7' dia x 44" 982 0. 6 2. 4 4. 6 11. 3 Rub 8' dia x 44" 1,294-- 1.
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6 8. 6 * KEEP IN MIND: For Propane, derate 12% Also see rise rates for our larger tubs: 6 k, W (240V) Keeps water hot during usage, even in winter. Remarks 11. 5 k, W (240V) Used with large health clubs and jacuzzis or in scenarios that need fast increase rates. 6 k, W (240V) Keeps water hot during use, even in winter.
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5 k, W (120V) When the cover is off, water loses heat much faster than the heating unit provides it. The water cools rapidly. This is just appropriate for brief soaks or with smaller sized tubs. Solution Can Be Seen Here on our 241-gallon hot tub is 20. 1 per hour with an 11.
5 per hour with a 6 k, W heating system, and only 2. 6 per hour with the 1. 5 k, W heating system. An Example Using The Chart Let's presume you have a 241-gallon jacuzzi and your starting water temperature level is 50 and you desire to raise the temperature level another 54 to 104.
Divide 54 by that number. The outcome is the number of hours it will take that heating system to raise the water temperature level 54. So, if you divide 54 by 2. 6, you get 20. 77, rounded up to 28. That indicates it'll take 28 hours to raise the water temperature level to your preferred 104.