I used the TF-100 and my tap water since that is what is currently being added to the pool. Hopefully the pool will be filled by tomorrow! So...
Cl 1 Br 2
This is with the OTO test (color block that also has the pH test)...ignore the Br (bromine) scale. It doesn't apply to you since you are using chlorine.
ph 7.2
FC 1
TC 2
CC 0
There is a problem with your testing here (no worries, everyone has a bit of difficulty at frist!) because FC + CC =TC and 1 +2 does NOT equal 0!
The first part of the test is your FC. once it turns clear add the last reagent and if it turns pink you have CC and need to continue. Titrate again to get the CC (remember, with a 10 ml sample size each drop is equivalent to .5 ppm chlorine). Your total chlorine will be the number of drops for your FC + the number of drops for your CC.
For example, if your sample turned from pink to clear with 2 drops then your FC is 1 (2 x .5), you then add the R-0003 and it turns pink again. this means you have CC. (If it had stayed clear you would not have any CC and your test is done!) You titrate again and it takes 3 drops to turn clear (this is 3 x .5= 1.5 ppm CC) . Your TC is 1 + 1.5 = 2.5 ppm (or you can look at it like 2 drops + 3 drops = 5 drops x .5 = 2.5 ppm TC)
If you have NO FC, i.e. sample stays clear when adding the DPD powder) (which can happen when testing tapwater) add the R-0003 to see if there is any FC. Often there is.
TA 220 (to pink throughout)
A bit high but not your immediate concern. We will deal with that once you get your chlorination routine down pat!
CH 220
No worries here!
CYA ? (I could always see the black dot)
If you haven't put any in it won't be there! It's not something normally found in tap water! (sometiems it might be found in well water that has been contaminated by herbicide runoff, however.) CYA is 0 ppm!
Whatcha think?