Fill-Rite
Fill-Rite 8GPM DF120N DEF Transfer Pump – 115V AC
Fill-Rite DF120N DEF Transfer Pump – 115V AC
The Fill-Rite DF Series DEF Transfer Pumps are engineered to deliver consistent flow performance, simple installation, and convenient mounting options for both drum and IBC container applications.
The DF120N is a 115V AC DEF transfer pump designed for reliable fluid handling. This model includes installation components and does not include dispensing accessories.
Features
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Durable Construction – Built with multi-diaphragm technology and EPDM seals for dependable day-to-day DEF transfer.
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Clean, Consistent Performance – An integrated pulsation dampener reduces foaming and splashing for smoother fluid flow.
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Anti-Crystallization Design – The included nozzle storage sleeve can be filled with water to help prevent DEF crystallization and buildup.
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Flexible Installation – Includes convenient drum and IBC mounting options along with installation hardware for quick setup.
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Closed-Loop System Capability – Compatible with the included RPV coupler on select models, helping maintain fluid purity and improve operational safety.
Performance Specifications
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Maximum Flow Rate: 8 GPM (30 LPM)
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Power Type: 115V AC
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Compatible Fluids: DEF (Diesel Exhaust Fluid), Water
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Inlet Connection: 1" Male Hose Connection
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Outlet Connection: 1" Male Hose Connection
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Duty Cycle: 30 Minutes ON / 30 Minutes OFF
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Motor Power: 0.25 HP
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Suction Lift: 6 ft
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Maximum Operating Pressure: 38 PSI
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Discharge Head: 87 ft
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Maximum Current Draw: 2.4 A
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Frequency: 60 Hz
Dimensions
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Product Dimensions (H × W × D): 6.5" × 11.25" × 7.5"
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Product Weight: 13.3 lbs
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Package Dimensions (H × W × D): 10.25" × 14.75" × 19.81"
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Gross Weight: 15.4 lbs
Built for Demanding Applications
Fill-Rite has established the industry standard for dependable fuel and fluid transfer equipment. Proudly manufactured in the USA using global materials, Fill-Rite products are engineered to withstand harsh environments, daily use, and demanding industrial applications while maintaining long-term reliability and performance.