Customizing your Chemistry Suggestions

Using this guide, you will be able to customize the chemistry suggestions in your software, to ensure field users are dosing pools properly from the app.

Video: https://youtu.be/X_9ewGkQBXY

Settings > Edit Chemistry

Each module allows you to customize the calculation, as well as test the calculation. Please be sure to test all changes prior to saving.

Alkalinity

Target: Level in ppm to calculate end-state chemistry adjustment

Upperbound Text: When The Alkalinity reading exceeds the upper bound level, this text appears

Adjustment Upperbound: The level when the reading is greater than to trigger a suggested adjustment.

                Example: Reading is 150, upperbound target is 120,  target 100 = output calculated to lower from 150 to 100

               Example 2: Reading is 110, upperbound is 120, target is 100 = output is not displayed, the reading is lower than the upperbound.

Acid Alkalinity coefficient: The mathematical coefficient in the alkalinity formula to lower the alkalinity level. The higher the number, the more acid will be used

Adjustment Lowerbound: The level when the reading is lower than to trigger a suggested adjustment.

 Alkalinity Increaser coefficient: The mathematical coefficient in the alkalinity formula to raise the alkalinity level. 

pH

Target: Level in to calculate end-state chemistry adjustment

Upperbound Text: When The pH reading exceeds the upper bound level, this text appears

Adjustment Upperbound: The level when the reading is greater than to trigger a suggested adjustment.

                Example: Reading is 8.0, upperbound target is 7.8,  target 7.6 = output calculated to lower from 8.0 to 7.6

               Example 2: Reading is 7.7 , upperbound is 7.8, target is 7.6 = output is not displayed, the reading is lower than the upperbound.

pH Decreaser coefficient: The mathematical coefficient in the pH formula to lower the pH level. The higher the number, the more acid will be used

Adjustment Lowerbound: The level when the reading is lower than to trigger a suggested adjustment.

 pH Increaser coefficient: The mathematical coefficient in the alkalinity formula to raise the alkalinity level. 

Calcium, Salt, Granular Chlorine, Liquid Chlorine

Target: Level in to calculate end-state chemistry adjustment

Coefficient: The mathematical coefficient in the formula to adjust the level. 

   Please be sure to test any changes in the module:

Text: Text displayed then the calculation is triggered

Chlorine Target Table

To help determine the target chlorine level, the table allows you to set the various combinations of Water Condition and Water Color to set the desired chlorine target level. 

Input a chlorine target ppm for each combination

Field Use

When in the field, the calculations will be based upon the settings. Targets can manually be adjusted by pressing the + and - button on the app, to produce an adjusted chemistry calculation for the target.