The keeping of a daily record of information regarding pool operation, using form DH 921, Monthly Swimming Pool Report, 3/98 and available at http://www.flrules.org/Gateway/reference.asp?No=Ref-06896, shall be the responsibility of the pool owner or operator. Customized report forms may be substituted provided they contain the appropriate information and are made available to the department. The completed report shall be retained at the pool and made available to the department upon request.
The completed report shall reflect manually conducted pool water tests for pH and disinfectant levels at least once every 24 hours, and weekly testing for cyanuric acid when chlorinated isocyanurates are used at spas and pools
Any able person can test the pool water and record it in the report.
Conventional Swimming Pools
Minimum: 1 milligram per liter (mg/L)
Maximum: 10 mg/L (Outdoor Pools)
Maximum: 5 mg/L (Indoor Pools)
All Other Type Pools
(such as spa-type pools and interactive water fountains)
Minimum: 2 mg/L
Maximum: 10 mg/L.
Conventional Swimming Pools
Minimum: 1.5 mg/L
Maximum 10 mg/L (Outdoor Pools)
Maximum: 6 mg/L (Indoor Pools)
All Other Type Pools
(such as spa-type pools and interactive water fountains)
Minimum: 3 mg/L
Maximum: 10 mg/L
Water Potential
Minimum: 700 millivolts
Maximum: 850 millivolts
when oxidation-reduction potential (ORP) controllers are required
NOTE: Use of these units does not negate the manual daily testing requirement of subsection 64E-9.004(10), F.A.C.4.
No Code requirement but the following ideal range is recommended (see Taylor Ideal Range Card below):
Pools & Spas
Minimum: 80 ppm
Maximum: 120 ppm
No code requirement but the following ideal range is recommended (see Taylor Ideal Range Card below):
Gunite Pools
Minimum: 200 ppm
Maximum: 400 ppm
Pools
Recommended: 40 mg/L
Maximum: 100 mg/L
Spas
Maximum: 40 mg/L
Minimum: 7.2
Maximum 7.8
Copper Maximum: 1 mg/L
Silver: 0.1 mg/L
Quaternary Ammonium: Maximum: 5 mg/L
TAYLOR TEST KIT K2005 WATER CHEMISTRY TEST DIRECTIONS
TAYLOR TEST KIT K2005 WATER CHEMISTRY TEST IDEAL RANGES AND TEST KIT LIMITATIONS

The LSI is a measurement of water balance, as defined by calcium carbonate (CaCO3) saturation. It determines if water is aggressive/corrosive (low LSI), balanced, or scale-forming (high LSI). The Six Factors of the LSI are pH, Water Temp, Calcium Hardness, Total Alkalinity, Cyanuric Acid, & Total Dissolved Solids
Chemical safety depends on control. Even the most dangerous chemicals can be handled safely if employers and employees are aware of the hazards and how to protect themselves against harmful exposures. The following rules have been developed to protect employees and prevent accidents.
Chemical manufacturers, distributors, or importers will categorize chemicals into the appropriate hazard class which will be listed on the label or MSDS.
There are five common types of labels. Normally, they are the first indication of the contents and hazards of the container. American National Standards Institute, ANSI-Z129.1-1982, details the requirements for labeling, but since compliance to the subpart is voluntary, there is no universal system of labeling. Some labels provide more information than others. While a label is not a MSDS, ANSI recommends it should contain the following basic information.
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