XTV4G10E-F8 4.0 GPM 1000 PSI | 3400 RPM F8 electric pump

Overview

The Annovi Reverberi XTV4G10E-F8 is a compact, electric-drive
triplex ceramic plunger pump engineered for applications that require
low pressure, high reliability, and long duty cycles. Delivering
4.0 GPM at 1,000 PSI, this slow-running industrial pump is ideal for
wash systems, detail shops, soft wash processes, pre-rinse stations, light industrial
cleaning lines, and equipment that benefits from consistent flow without high pressure.
Its low-PSI output also makes it an excellent choice for delicate material cleaning,
foam generation, and high-flow rinse systems.

Built with a precision-machined brass manifold, stainless steel valves, and
heavy-duty ceramic plungers, the XTV4G10E-F8 is designed for longevity and smooth
operation. The F8 electric-motor flange mount allows direct coupling to NEMA
56C-frame motors, eliminating belt misalignment, reducing vibration, and simplifying
installation. This design improves efficiency and makes the pump an excellent upgrade
for OEM buildouts or commercial wash systems needing dependable flow at modest pressure.

Key Features of XTV4G10E-F8

• Triplex plunger design for smooth flow, reduced pulsation, and
  long-term durability under continuous operation.
• 4.0 GPM at 1,000 PSI — ideal for cleaning tasks requiring flow volume
  rather than aggressive cutting pressure.
• 1750 RPM operation to minimize heat, wear, noise, and seal fatigue.
• F8 flange mount for direct attachment to NEMA 56C electric motors,
  ensuring precise alignment and vibration control.
• Brass manifold offers corrosion-resistance and long system life.
• Ceramic plungers reduce wear and withstand thermal shock better
  than stainless alternatives.
• Stainless steel valves for consistent performance and high reliability
  in continuous-duty environments.
• Oil-bath crankcase with sight glass for easy inspection and maintenance.

Construction & Engineering Benefits

• Low-pressure, high-flow performance: Perfect for applications that
  require heavy rinsing, foam application, detergent application, and general cleaning
  without risk of surface etching or over-pressurization.
• Slow-speed 1750 RPM design: Improves thermal stability, reduces seal
  wear, and extends bearing life — ideal for 6–8 hour shifts and commercial wash systems.
• Direct-drive simplicity: The F8 56C mount removes belt systems,
  minimizing maintenance, alignment issues, and vibration.
• Industrial-grade materials: Brass head, ceramic plungers, and stainless
  valves withstand chemical exposure, continuous operation, and pressure cycling.
• Long service intervals: The crankcase, seals, and valve stack are
  engineered for reliability in commercial installations where uptime is critical.
• Compact footprint: Suitable for modular buildouts, compact pump skids,
  or retrofit installations.

Ideal Applications for XTV4G10E-F8

• Car wash / auto detail rinse systems needing consistent flow.
• Foam and pre-soak application where lower pressure is ideal for
  detergent dwell time and surface safety.
• Soft wash chemical-delivery rigs (when downstream of metering systems).
• Commercial cleaning stations in food plants, workshops, and warehouses.
• Equipment rinse lines and light industrial conveyor wash systems.
• Truck, trailer, and fleet prep stations where high flow improves
  rinsing speed.
• Boat and marine maintenance where gentle but steady water volume is
  required to avoid surface damage.

Performance & Installation Guidelines

• Match motor horsepower: Typically paired with a 2–3 HP 56C-frame
  electric motor depending on duty cycle and system restrictions.
• Use balanced plumbing: Ensure inlet plumbing supports unrestricted
  flow to avoid cavitation at 4.0 GPM.
• Install with flexible hose sections: Helps dampen vibration and
  reduces stress on inlet/outlet fittings.
• Use proper filtration: A 50–80 mesh inlet filter is recommended for
  protection against debris that can damage valves and seals.
• Monitor oil level: Check the sight glass regularly and maintain crankcase
  oil per AR’s recommended service schedule.

Maintenance Best Practices

• Flush chemicals after every use: Prevents premature seal wear when used
  with detergents or pre-soak solutions.
• Replace seals proactively: Typical seal life is extended at 1750 RPM,
  but planned maintenance ensures consistent pressure and performance.
• Inspect valves periodically: Valve wear affects flow stability and can
  reduce system efficiency.
• Store and operate above freezing: Moisture inside the pump can freeze
  and cause manifold cracking if not winterized.
• Use AR-recommended pump oil: Ensures proper lubrication and temperature
  stability under continuous load.