![]() ![]() Piston pumps feature piston mechanisms that compress system fluid and out to nozzle(s). They are available in 40 GPM to 484 GPM maximum flow rates with a 28 PSI to 100 PSI maximum pressure range. Transfer pumps are non-priming or self-priming and some are designed for transport. Larger pump ports also make transfer pumps ideal for the bulk movement of some semi-solid, suspended solution fluids as in waste and sanitary applications. These pumps have increased inlet and outlet diameters and associated GPM capacity for high volume uses. booms nurse tanks) as well as bulk water movement and de-watering of flooded environments. Transfer pumps are often used for high flow, transfer operations commonly seen in tank filling (e.g. Roller pumps are self-priming and available in 9 GPM to 62 GPM maximum flow rates with a 50 PSI to 300 PSI maximum pressure range. ![]() Roller pumps are extremely versatile pumps and utilized as such due to their low cost, range of manufacturing materials, and overall pump simplicity in terms of maintenance and operation. Roller pumps feature internal rollers that drive spray fluid that vary in material and quantity, affecting operational characteristics and applications suitability. These characteristics make diaphragm pumps good service life pumps and well suited for crop performance chemical operations.ĭiaphragm pumps are self-priming and available in 0.6 GPM to 68 GPM maximum flow rates with a 50 PSI to 725 PSI maximum pressure range. #Aeroweather spray pump fullThe diaphragm class of sprayer pumps utilize synthetic diaphragms to propel abrasive or corrosive fluids while maintaining full separation from sensitive pump components. ![]() Centrifugal spray pumps are often used when desiring high flow rates or low pressure need as well as when needing further mixing of powders or granular materials added to the spray fluid.Ĭentrifugal pumps are generally non-priming and available in 25 GPM to 1,400 GPM maximum flow rates with a 5 PSI to 150 PSI maximum pressure range. High Pressure and Target Spot Spraying, Pressure Washing, CleaningĬentrifugal sprayer pumps utilize impellers to generate fluid flow. This pump type features many engineering options to suit individual jobs and are overall strong, versatile, wide-use pumps.Insect, Pest, General Foliage, Roadway Maintenance.Herbicide, Foliage, Weed Killer Application on Soils, Pastures, Property Lawns and Fence Lines.Potable, Fresh, and Salt Water Transfer and Dewatering.Crop Performance Chemical, Agriculture Handling, Transfer.Sprinkler/Irrigation Systems for Field, Farmland, Vineyard, Nursery Greenhouse.Agricultural Booms, Boomless Spray Nozzles and Field Sprayers.Some of the uses for sprayer pumps include: Pumps have evolved around industry and application specific uses with a variety of features. Sprayer pumps are widely used in agriculture spraying systems, liquid transfer, and water applications. Example Pump Selection: Herbicide use pump, 25 GPM minimum flow for 13’ boom sprayer crop operation, PTO mount at 540 RPM, 1" NPT Silvercast 5-roller pump with a 42 GPM max flow rate. The compatibility of the pump and gasket materials with the spray fluid and/or any additional chemicals, fertilizers, powders, granules, etc.Determine the right pump’s operation specifications, size, orientation, installation, power source, and its overall-plumbing GPM and PSI pressure, and.Pressure need for vertical, horizontal clearance High capacity GPM flow for water, de-watering, transfer Know any specific pump needs for the job e.g.Boom sprayer fertilizer application Water delivery Herbicide irrigation Know your pump’s overall intended use e.g.Pump cost depends on its work use and needs, with overall price range from $80 to $3,000 USD. Seven (7) power drive options are available, varying on pump model: gasoline, electric, hydraulic, belt or pulley, PTO, pneumatic (air), and pedestal. These modern sprayer pumps produce a wide-use range of max GPM flow rates, pump PSI pressures, sizing and installation dimensions, manufacturing material and shaft rotation mounting options, and many have multiple power sources to choose from to match your work needs. The six common pump types are: centrifugal, diaphragm, roller, transfer, piston, and irrigation-injection. In today’s agricultural industry, six (6) sprayer pump types have been engineered to provide job compatibility and application versatility with their available pump operation characteristics and power drive options. When selecting the right sprayer pump for the job, it’s important to understand the available pumps and their operation specifications, as well as any potential fluid-to-material compatibility concerns. ![]()
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