Pentair HP 400, HP 600, HP 800, HP 1000, HP 230, XLS800, XLS1000, CP12, XLS600 High Rate Water Pumps

Page 19

HIGH RATE WATER PUMPS

EXCESSIVE FLOW BYPASS MANIFOLD FOR LARGE 2 H.P. PUMPS OR OVER 90 G.P.M.

If the pool circulation pump is over 2 HP OR if the total flow exceeds 90 GPM you will have to add the "excessive flow valve" as shown here. Do not install a bypass valve that will completely shut off flow to the heater, see shut- down procedures.

Some larger water pumps may be restricted if the pipe size is not adequate therefore reducing its overall flow rate. When determining if you need an excessive bypass valve, one has to consider the hydraulic restriction of the filter, valving, amount of 90˚ fittings and the distance of pipe to the pool in the exist- ing filtering system. If you have a 2 HP water pump that does not exceed 90 G.P.M. considering the above, you may not need the excessive bypass. Excessive water flow can damage the heat exchanger. SPECIAL NOTE: See chlorinator place- ment instructions at the bottom of this page.

2" p.v.c. "T"

Bypass Pipe Size:

1.5" or 2" pipe @ 2 H.P.

2" pipe @ 3 +.H.P

2 H.P Pumps Close Bypass 50%

Place plumbing so

access panel can

be opened

2" p.v.c. "T" Ball Valve

@ 45 Deg.

3 H.P. Pumps

Close Bypass 25%

"Excessive Flow Valve Manifold"

Do not valve in a manner that will totally isolate heater from water flow see page 25.

CAUTION

BE SURE THE BYPASS VALVE IS

POSITIONED TO ALLOW REMOVAL

OF THE FRONT ACCESS PANEL!

Position the valve so that the access panel can be easily removed, always check before final glu- ing. Angle the valve out 45˚ to provide adequate clearance. You may use a 2-way valve or other type if desired. "Do not" use a brass gate valve

All others must be set by flow meter. See Commercial Plumbing Diagram

or a 3-way valve for bypass !

CAUTION

 

 

 

 

 

 

Exercise care when installing chemical feeders so as not to allow

 

 

 

 

LOOP ABOVE

back siphoning of chemicals into the heater, filters or pump.

 

 

 

 

 

 

 

 

2 LB

The chemical resistant check valve and loop must be in-

8"

 

CHEMICAL

 

RESISTANT

stalled with all types of chlorinators to prevent chlorine

 

 

 

 

 

 

 

 

CHECK VALVE

migration to the heater. The loop should extend at least 8

 

 

 

 

Part# 888-018

 

 

 

 

inches above the chlorinator top. The chemical resistant check

 

 

 

 

 

valve should be placed on the pipe leading "up" to the chlo-

 

 

 

 

 

rinator. Therefore, the weight of the water above the check

CHLORI-

 

valve will hold it closed even if the spring is weak or dam-

NATOR

 

aged. Mount it as low as possible. Be sure to keep the chlo-

 

 

 

 

 

rinator, pump and filter lid o-rings lubricated with silicone

 

 

 

 

FROM

grease to insure a good seal. If it looses its seal, it will allow

 

 

 

 

HEATER

the chlorine to migrate to the heater when the system shuts

TO

 

off. The loss of vacuum allows reverse flow.

19

POOL

 

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Contents Revision #A HydroTemp Manufacturing Co., Inc For Your Safety Read Before OperatingOwners Section Table of Contents Longer Swimming Season LOW MaintenanceReturn on Investment Heat Pump EfficiencyWith 410-A, the safe Clean refrigerantInch Plumbing With Internal Automatic Bypass Up To 90 GPM Trane CompressorInternal Design AdvantagesAutomatic D. Status Lights Dual Thermostat Control PanelThermostat D. Status Light PanelD. Status Light Panel To use indicator lights see Troubleshooting guide pages 26Turn T-STAT ALL the WAY Down Compressor Time DelayAdvise Your Pool Service CO Clean Filtering System Water Pressure SwitchHeat Exchanger Thermostat Control & Settings Evaporator AIR CoilThermostat Control & Settings for Heat & Cool ModelsSET Thermostat to Maximum Common Mechanical TimerThermostat will now be set at 80 degrees F Thermostat SettingWarm Pool Water Pool Shell Reradiation Convection Evaporation WindPool Surface ConductionTypical Pool Blanket & Roller Controlling Heat LossCovers Save Time & Money Spas Heating TipsCondensation Drains Owners Maintenance & CareSprinklers PlantsWater Piping Leak ? CleaningAIR Flow Roof RUN OFFVacuum & Pressure Leaks Filter Cleaning & CareWater Flow Circulation PumpTypical Automatic Pool Cleaner Professional ServiceAutomatic Pool Vacuums Internal Automatic Bypass See chlorinator Placement guidelinesPlumbing & Water Flow Plumbing ConnectionsChemical resistant check valve and loop must be High Rate Water PumpsStalled with all types of chlorinators to prevent chlorine Heat Exchanger Cross Section Standard Pool Water Balance RequirementsSacrificial Water Fittings Advanced Heat Exchanger DesignChlorines Effect on pH ChlorineChlorine Migration Protect Heat ExchangerVacuum Leaks Absolutely no chemicals in the skimmer Chlorinator PlacementAdding Chemicals No chemicals or chlorine tablets in the skimmerCommercial Feeders Chemical Application for SpasLong Term Freeze Protection / Drain Valve Installation Short Term Freeze Protection ProceduresRisk of electrical shock or electrocution Owner Trouble Shooting GuideCondition Possible Cause Possible Remedy Motor valve. Call your installer for advise. Call Unit Identification Electrical Wiring SpecificationsMandatory 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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