SandMAX -- Centrifugal-Action Sand Separators for Residential Water Well Systems

This sand separation system features: Removes sand, silt & grit particles that settle in water within three minutes or less Protects entire water systems from abrasive wear, clogging and premature replacement Protects sprinkler nozzles from wear and clogging Extends the life & operating cycles of water softeners, under-sink R.O. systems & water treatment/cartridge systems Eliminates build-up in hot water heaters, ice-makers, toilet tanks and other water-related appliances Minimizes clogging of washing machine inlet screens and faucet aerators/screens Cleaner water for all your residential fresh water requirements Corrosion-free plastic construction Models for flow rates of 5-20 gpm Includes automatic purge valve Limited 5 years manufacturer's warranty

Model #	Description	Price & Quantity
MAX-05	Sand Separator, 5-10 gpm, 1/2" inlet/outlet size female, NPT	$899.95
MAX-10	Sand Separator, 10-20 gpm, 3/4" inlet/outlet size female, NPT	$909.97

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Installation Schematic

Specifications

Model Flow Range gpm Inlet/Outlet Size* Female, NPT Dry Weight lbs. Weight w/ Water lbs. MAX-05 5-10 1/2" 6.6 9.8 MAX-10 10-20 3/4" 6.6 9.8 * Caution: Do not size unit by pipe size (see below)

Maximum System Pressure: 100 psi Maximum Temperature: 125° F System Height (from top of outlet to bottom of hose): 36 inches Material Construction:    Separator Body - Polyethylene plastic    Automatic Valve - Glass-filled nylon    Manual Valve - PVC plastic    Fittings - Schedule 80 PVC    Hose - Clear; reinforced PVC

How to Determine Sizing

Each SandMaster model operates best within a specific flow range. Do not simply use your system pipe size. To determine your pump's actual flow rate: If you have a valve between the pump and the pressure tank, open it fully and record the volume of water in one minute to determine gallons or liters per minute. If you have no valve, follow these simple steps: Immediately after your pump shuts off, open faucet between pressure tank and house (make sure no other water is running), run water into a container and record the Volume (gallons or liters) of water it takes for pump to start up again. (You may have to refill container several times) Record length of Time (in minutes) pump runs before shutting off again. Divide Volume by Time to determine actual flow rate (gpm). Select your SandMaster model accordingly.