Ok you have somehow got your "guaranteed analysis" section of the spreadsheet off with your epsom, potash and cal nit. Hopefully you get to see this before watering so you as you'll be a bit off of your targets atm. If you give what you showed; you will probably be (from what you intended) a bit low on Mg, too high on N for the flower and possibly even a bit much Ca (lol).
for veg you showed; 133-59-127-95-51-89
It would actually be; 164-60-132-201-26-58
For flower you showed; 99-74-146-71-51-89
Here you would give; 133-75-150-163-21-51
I looked up all the products you listed on the previous page to get the analysis. I've not been to that site (MB), but notice that they list ppms for each of their products when adding 1gm to 1 gallon. You can use this to verify that you have your analysis in the spreadsheet right. Also, I suppose I did go ahead and verify that all the ppms shown do match the spreadsheet. I'll list these here to help;
Yara Calcium Nitrate: 14.4% NO3 // 1.1% NH4//19% Ca - (1 gram into 1 gallon = 41ppm N and 50 ppm Ca)
Haifa MKP: 52% P2O5 // 34% K - (1 gram into 1 gallon = 60ppm P and 75 ppm K)
Haifa Epsom: 9.7% Mg // 12.8% S - (1 gram into 1 gallon = 26 ppm Mg and 34 ppm S)
SQM potash: 53% K // 18% S - (1 gram into 1 gallon = 114 ppm K and 47.5 S)
Check through your "guaranteed analysis" section of the calc spreadsheet and make sure those are the values you have. Also, enter 1 gram and 1 gallon volume for each of those compounds to verify, for you; that they match. That way you'll be adding the numbers you want xD. I won't suggest a mix to hit your target, as you can play around there.
Okay, now that's done xD. your other questions.
For Ca, your pretty much looking at Calcium chloride, Calcium Nitrate or Calcium in tap water for soluble sources.
For S. Fatman recommended N:S ratios of 2-5; though Jacks formula (321) runs ratios around 1.5 and is fine too. Sulfur is not really toxic but can lower ph or interfere at high levels.
last, for the ppms on the spreadsheet. The spreadsheet actually isn't listing ppms; but listing "active elements". I suppose it does say that just to the left at the bottom of the leftmost column. You can input EC in guaranteed analysis section; by measuring each element @ EC (o.7 conv) 1 ml or 1 gm per gallon. Then it will show a "predicted" ec (for various conversions) below the "active elements". you can use the active elements as an indicator, though it will vary depending on compounds; (EDIT)> but typically your PPMs (0.5) are around 25-30% more than active elements.
Hope his helps
- saw it was too late. Well I posted first when I saw your numbers weren't coming off right. It shouldn't be anything problematic for just the one water.
