Taylor K-1533PT

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DROP TEST P/M OR P/T ALKALINITY (1 drop = 10 or 50 ppm)

COMPONENTS: 1 x 5084 Instruction 1 x 9198G Sample Tube, Graduated, 25 mL, plastic w/cap and green dot *1 x R-0637-C Methyl Orange Indicator, 2 oz, DB 1 x R-0638G-C Phenolphthalein Indicator (green cap), 2 oz, DB *1 x R-0645-C Total Alkalinity Indicator, 2 oz, DB 1 x R-0687G-C Sulfuric Acid .12N (green cap), 2 oz, DB 1 x R-0736G-C Sulfuric Acid .6N (green cap), 2 oz, DB *Kit contains only one of these indicators.

P/M Alkalinity

NOTE:

For 1 drop = 10 ppm, use R-0687G Sulfuric Acid .12N.
For 1 drop = 50 ppm, use R-0736G Sulfuric Acid .6N.

1. Rinse and fill 25 mL sample tube (#9198G) to 25 mL mark with water to be tested. NOTE: For results in grains per gallon (gpg), fill to 14.6 mL mark.
2. Add 3 drops R-0638G Phenolphthalein Indicator. Swirl to mix. Sample will turn pink if P alkalinity is present--proceed to Step 3. If no pink color, go to Step 4.
3. If pink, add R-0687G Sulfuric Acid .12N or R-0736G Sulfuric Acid .6N dropwise, swirling and counting after each drop, until color just changes from pink to colorless. Record drops as P reading. Always hold bottle in vertical position.
4. Add 3 drops R-0637 Methyl Orange Indicator. Swirl to mix. Sample should turn yellow.
5. Continue adding R-0687G Sulfuric Acid .12N or R-0736G Sulfuric Acid .6N dropwise, swirling and counting after each drop, until color just changes from yellow to orange (salmon pink). Record total drops (Steps 3 and 5) as M reading. Always hold bottle in vertical position.
6. If R-0687G Sulfuric Acid .12N was used, multiply P reading by 10. Record as parts per million (ppm) P alkalinity as calcium carbonate. Multiply M reading by 10. Record as ppm M alkalinity as calcium carbonate. For 14.6 mL sample, record P reading as grains per gallon (gpg) P alkalinity as calcium carbonate. Record M reading as gpg M alkalinity as calcium carbonate. If R-0736G Sulfuric Acid .6N was used, multiply P reading by 50. Record as parts per million (ppm) P alkalinity as calcium carbonate. Multiply M reading by 50. Record as ppm M alkalinity as calcium carbonate. For 14.6 mL sample, multiply P reading by 5. Record as grains per gallon (gpg) P alkalinity as calcium carbonate. Multiply M reading by 5. Record as gpg M alkalinity as calcium carbonate. P/T Alkalinity

NOTE:

For 1 drop = 10 ppm, use R-0687G Sulfuric Acid .12N.
For 1 drop = 50 ppm, use R-0736G Sulfuric Acid .6N.

1. Rinse and fill 25 mL sample tube (#9198G) to 25 mL mark with water to be tested. NOTE: For results in grains per gallon (gpg), fill to 14.6 mL mark.
2. Add 3 drops R-0638G Phenolphthalein Indicator. Swirl to mix. Sample will turn pink if P alkalinity is present--proceed to Step 3. If no pink color, go to Step 4.
3. If pink, add R-0687G Sulfuric Acid .12N or R-0736G Sulfuric Acid .6N dropwise, swirling and counting after each drop, until color just changes from pink to colorless. Record drops as P reading. Always hold bottle in vertical position.
4. Add 5 drops R-0645 Total Alkalinity Indicator. Swirl to mix. Sample should turn green.
5. Continue adding R-0687G Sulfuric Acid .12N or R-0736G Sulfuric Acid .6N dropwise, swirling and counting after each drop, until color changes from green to red. Record total drops (Steps 3 and 5) as T reading. Always hold bottle in vertical position.
6. If R-0687G Sulfuric Acid .12N was used, multiply P reading by 10. Record as parts per million (ppm) P alkalinity as calcium carbonate. Multiply T reading by 10. Record as ppm T alkalinity as calcium carbonate. For 14.6 mL sample, record P reading as grains per gallon (gpg) P alkalinity as calcium carbonate. Record T reading as gpg T alkalinity as calcium carbonate. If R-0736G Sulfuric Acid .6N was used, multiply P reading by 50. Record as parts per million (ppm) P alkalinity as calcium carbonate. Multiply T reading by 50. Record as ppm T alkalinity as calcium carbonate. For 14.6 mL sample, multiply P reading by 5. Record as grains per gallon (gpg) P alkalinity as calcium carbonate. Multiply T reading by 5. Record as gpg T alkalinity as calcium carbonate.