Taylor High Chlorine Test Kit - 3/4 oz. Reagent

Click on this video link to watch a product demo of the Taylor K-2006 test kit

 

 

 

Test	Code	Method/ Chemistry	Standard/Equivalence or Description	Comparator	Cell
Alkalinity	D	Total	1 drop = 10 ppm CaCO3	NA	NA
Chlorine	D	FAS-DPD-free, combined	1 drop = 0.2 or 0.5 ppm chlorine (as Cl2)	NA	NA
Hardness	D	EDTA titration	1 drop = 10 ppm CaCO3	NA	NA
pH-w/ acid/base demand	2	Phenol red	7.0, 7.2, 7.4, 7.6, 7.8, 8.0	9058	NA
Cyanuric Acid	V	Turbidmetric	30, 40, 50, 60, 70, 80, 90, 100 ppm cyanuric acid	9058	NA

 

Components for Kit Number: K-2006

Component		Description		Quantity
2004B		BOOKLET,P&S WATER CHEM,WTR PRF		1
5138		INS,K-2006 SERIES		1
6026		WATERGRAM,CIRCULAR		1
7047		CASE,2000,TOP/BOTTOM,(7122)		1
7049		CASE,2000,HANDLE,(7122)		1
7354		LABEL,K-2006,COMPELTE FAS-DPD		1
8026		KIMPAC, 4 X 7.75 WHITE		1
9058		BLK 2000 PH 7.0-8.0		1
9191		BOT,CA DISP,7&14ML,PL W/CAP		1
R-0003-A		DPD RGT #3; .75 OZ DB		1
R-0004-A		PH IND SOL (PR);.75OZ DB		1
R-0005-A		ACID DEMAND RGT (ADR);.75OZ DB		1
R-0006-A		BASE DEMAND RGT (BDR);.75OZ DB		1
R-0007-A		THIOSULFATE N/10; .75 OZ DB		1
R-0008-A		TOT ALK IND; .75 OZ DB		1
R-0009-A		SULFURIC ACID .12N; .75 OZ DB		1
R-0010-A		CALCIUM BUFF; .75 OZ DB		1
R-0011L-A		CALCIUM IND LIQ; .75 OZ DB		1
R-0012-A		HARDNESS RGT; .75 OZ DB		1
R-0013-A		CYA RGT;.75OZ DB		2
R-0870-I		DPD PDR; 10 GM V		1
R-0871-A		FAS-DPD TTR''G RGT; .75 OZ DB		1

 

 

TAYLOR K-2006 TEST TEST KIT INSTRUCTIONS

Guide book (#2004B) amplifies these instructions and should be read
to use this product properly.

1.  Read precautions on all labels.

2.  Keep test kit out of reach of children.

3.  Store test kit in cool, dark place.

4.  Replace reagents once each year.

5.  Do not dispose of solutions in pool or spa.

6.  Rinse tubes before and after each test.

7.  Obtain samples 18" (45 cm) below water surface.

8.  Hold bottle vertically when dispensing.

Chlorine (Free, Combined) Test

1.  Rinse and fill large comparator tube to desired mark
    with water to be tested.

NOTE:  For 1 drop = 0.2 ppm, use 25 mL sample.
       For 1 drop = 0.5 ppm, use 10 mL sample.

2.  Add 2 dippers R-0870.  Swirl until dissolved.  If free
    chlorine is present, sample will turn pink.

NOTE:  If pink color disappears, add R-0870 until
       color turns pink.

3.  Add R-0871 dropwise, swirling and counting after
    each drop, until color changes from pink to
    colorless.

4.  Multiply drops in Step 3 by drop equivalence (Step 1).
    Record as parts per million (ppm) free chlorine (FC).

5.  Add 5 drops R-0003.  Swirl to mix.  If combined chlorine
    is present, sample will turn pink.

6.  Add R-0871 dropwise, swirling and counting after each
    drop, until color changes from pink to colorless.

7.  Multiply drops in Step 6 by drop equivalence (Step 1).
    Record as ppm combined chlorine (CC).

pH Test

1.  Rinse and fill large comparator tube to 44 mL mark with water
    to be tested.

2.  Add 5 drops R-0004.  Cap and invert to mix.

3.  Match color with color standard.  Record as pH units and save
    sample if pH needs adjustment.  If sample color is between two
    values, pH is average of the two.  To LOWER pH:  See acid
    demand test.  To RAISE pH:  See base demand test.

Acid Demand Test

1.  Use treated sample from pH test.

2.  Add R-0005 dropwise.  After each drop, count, mix, and
    compare with color standards until desired pH is matched.
    See treatment tables to continue.

Base Demand Test

1.  Use treated sample from pH test.

2.  Add R-0006 dropwise.  After each drop, count, mix, and
    compare with color standards until desired pH is matched.
    See treatment table to continue.

Total Alkalinity Test

1.  Rinse and fill large comparator tube to 25 mL mark with
    water to be tested.*

2.  Add 2 drops R-0007.  Swirl to mix.

3.  Add 5 drops R-0008. Swirl to mix. Sample should turn green.

4.  Add R-0009 dropwise.  After each drop, count and swirl to
    mix until color changes from green to red.

5.  Multiply drops in Step 4 by 10.  Record as parts per million
    (ppm) total alkalinity as calcium carbonate.

*  When high TA is anticipated, this procedure may be used:  Use
    10 mL sample, 1 drop R-0007, 3 drops R-0008, and multiply
    drops in Step 4 by 25.

Calcium Hardness Test

1.  Rinse and fill large comparator tube to 25 mL mark with water
    to be tested.*

2.  Add 20 drops R-0010.  Swirl to mix.

3.  Add 5 drops R-0011L.  Swirl to mix.  If calcium hardness is
    present, sample will turn red.

4.  Add R-0012 dropwise.  After each drop, count and swirl
    to mix until color changes from red to blue.

5.  Multiply drops in Step 4 by 10.  Record as parts per million
    (ppm) calcium hardness as calcium carbonate.

*  When high CH is anticipated, this procedure may be used:  Use
    10 mL sample, 10 drops R-0010, 3 drops R-0011L, and multiply
    drops in Step 4 by 25.

Cyanuric Acid Test

1.  Rinse and fill CYA dispensing bottle (#9191) to 7 mL mark with
     water to be tested.

2.  Add R-0013 to 14 mL mark.  Cap and mix for 30 seconds.

3.  Slowly transfer cloudy solution to small comparator tube until
    black dot on bottom just disappears when viewed from top.

4.  Read tube at liquid level on back of comparator block.  Record
    reading as parts per million (ppm) cyanuric acid.

 

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