Pentair HP 400, HP 600, HP 800, HP 1000, HP 230 Chemical Application for Spas, Commercial Feeders

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COMMERCIAL FEEDERS

We strongly suggest that all chemical feeders be placed "down line" of the heater. In a "closely monitored" commercial pool situation where a vacuum type filter system is used in conjunction with a surge tank, there are some exceptions to chemical injection. Some liquid chlorine (sodium hypochlorite) feeders and liquid muriatic acid feeders will inject their solutions into the surge tank on the suction side of the unit. You may inject diluted liquid chlorine and muriatic acid as long as each are diluted with 75 % water in the supply tank. The feeders must be adjusted to a slow enough rate to prevent the water in the surge tank from dropping below 7.6 pH and or chlorine levels above 5 p.p.m. You can test the surge tank water while the feeders and circulation pump is running just as you would the pool water. Then adjust the solution or rate of feed accordingly. The circulation pump usually moves the water through the surge tank rapidly enough to keep chemical concentrations down. Never place chlorine tablets in the surge tank.

CAUTION

Never allow a tablet type chlorinator to inject solution into the surge tank, under any circumstances.

Also note: Electric type feeders must be electrically relayed to the circulation pump, so the feeders will shut off when the pump does.

CHEMICAL APPLICATION FOR SPAS

Spas require some special attention due to their small water volume and high heat compared to a normal swim- ming pool. A spas water balance fluctuates more rapidly than a pool. The following are suggestions that we feel will prolong the life of the heat exchanger used for a spa heater.

1.Test the water frequently to prevent drastic fluctuations in pH and sanitizer levels especially after usage. Keep total alkalinity at 100 p.p.m. to 120 p.p.m.

2.Spas react quickly to chemicals when added. Use small amounts and retest the water until you reach the desired chemical values.

3.Some chlorine tablets are very acetic and will lower the pH of the spa water as the solution is fed. Make sure the spa water does not drop below 7.4 pH, see page 20 and 21 for more information.

4.Bromine has a more neutral pH value and works well in spa water if pH is maintained at 7.8-8.0. It is a form of chlorine widely used for spas. Do not install a brominator on the suction side of the filtering system.

WARNING

Working with muriatic acid can be dangerous. When cleaning elements always wear rubber gloves and eye protection. Add acid to water, do not add water to acid. Splashing or spilling acid can cause severe personal injury and/or property damage.

5.Using muriatic acid right from the bottle at the same strength as packaged may drastically lower the pH uncontrollably. There are some dry powdered forms of acid that work better for spas and are somewhat milder and are easier to handle.

6.All the same rules of chemical application and chlorinator placement that apply in the previous chemical section also apply to spas. Always consult a professional pool builder or service and follow the chemical manufacturers

directions.

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Contents For Your Safety Read Before Operating Revision #A HydroTemp Manufacturing Co., IncOwners Section Table of Contents LOW Maintenance Return on InvestmentHeat Pump Efficiency Longer Swimming SeasonClean refrigerant Inch Plumbing With Internal Automatic Bypass Up To 90 GPMTrane Compressor With 410-A, the safeDesign Advantages InternalAutomatic Dual Thermostat Control Panel ThermostatD. Status Light Panel D. Status LightsTo use indicator lights see Troubleshooting guide pages 26 D. Status Light PanelCompressor Time Delay Advise Your Pool Service CO Clean Filtering SystemWater Pressure Switch Turn T-STAT ALL the WAY DownThermostat Control & Settings Evaporator AIR Coil Thermostat Control & Settings forHeat & Cool Models Heat ExchangerCommon Mechanical Timer SET Thermostat to MaximumThermostat Setting Thermostat will now be set at 80 degrees FReradiation Convection Evaporation Wind Pool SurfaceConduction Warm Pool Water Pool ShellControlling Heat Loss Covers Save Time & MoneySpas Heating Tips Typical Pool Blanket & RollerOwners Maintenance & Care SprinklersPlants Condensation DrainsCleaning AIR FlowRoof RUN OFF Water Piping Leak ?Filter Cleaning & Care Water FlowCirculation Pump Vacuum & Pressure LeaksProfessional Service Typical Automatic Pool CleanerAutomatic Pool Vacuums See chlorinator Placement guidelines Plumbing & Water FlowPlumbing Connections Internal Automatic BypassHigh Rate Water Pumps Chemical resistant check valve and loop must beStalled with all types of chlorinators to prevent chlorine Standard Pool Water Balance Requirements Sacrificial Water FittingsAdvanced Heat Exchanger Design Heat Exchanger Cross SectionChlorine Chlorines Effect on pHProtect Heat Exchanger Chlorine MigrationVacuum Leaks Chlorinator Placement Adding ChemicalsNo chemicals or chlorine tablets in the skimmer Absolutely no chemicals in the skimmerChemical Application for Spas Commercial FeedersShort Term Freeze Protection Procedures Long Term Freeze Protection / Drain Valve InstallationOwner Trouble Shooting Guide Risk of electrical shock or electrocutionCondition Possible Cause Possible Remedy Motor valve. Call your installer for advise. Call Electrical Wiring Specifications Unit IdentificationMandatory Bonding to Pool Steel HOW to GET Service Glossary of Terms Page Page Page This page is blank This page is blank Heat Pumps

XLS1000, XLS800, XLS600, HP 400, HP 600, HP 800, HP 1000, HP 230, CP12 specifications

Pentair is a recognized leader in providing innovative filtration and pumping solutions, and among its noteworthy offerings are the CP12, HP 400, HP 600, HP 800, HP 1000, HP 230, XLS600, XLS800, and XLS1000 models. Each of these products is designed with unique features and advanced technologies that meet diverse customer needs across various applications.

The Pentair CP12 is a compact and efficient pump designed for residential water management. Known for its ease of installation and reliable performance, the CP12 incorporates a high-efficiency motor that minimizes energy consumption while ensuring effective water circulation.

Moving to the HP series, the HP 400, 600, 800, and 1000 models boast powerful performance characteristics suited for heavy-duty applications. These pumps are engineered with robust materials for longevity and durability. With advanced hydraulic designs, they deliver excellent flow rates and pressure, making them ideal for applications like irrigation, water feature management, and even light industrial use. The HP series also features smart technology that allows for remote monitoring and control, enhancing operational efficiency.

In the mid-range, the HP 230 model offers versatility with its multi-purpose capabilities. Designed for residential and light commercial use, it strikes a perfect balance between performance and energy efficiency, ensuring optimal operation without excessive energy costs.

The XLS series, which includes the XLS600, XLS800, and XLS1000 models, targets larger commercial applications. These models are equipped with cutting-edge technology designed for superior flow and pressure management, making them perfect for high-capacity requirements. Their variable speed operation allows for customizable performance tailored to specific system needs, while advanced monitoring capabilities enhance reliability and maintenance scheduling.

All of these Pentair pumps prioritize environmental responsibility with energy-efficient designs that reduce carbon footprints. Key features across the range include corrosion-resistant materials, thermal protection for added safety, and user-friendly interfaces that simplify operation and monitoring.

In conclusion, Pentair’s CP12, HP series, and XLS series pumps stand out due to their innovative technologies, impressive performance capabilities, and commitment to energy efficiency. Whether for residential or commercial applications, these models cater to a wide range of needs, ensuring customers can find effective solutions for their water management challenges.
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