AR RRA5.5G26E-F17 Electric Pressure Washer Pump – 5.5 GPM @ 2600 PSI, 1750 RPM, 1-1/8″ Hollow Shaft, Flange Mount

Part Number: RRA5.5G26E-F17
Category: Pressure Washer Pumps
Type: Electric Triplex Pump – AR RRA5.5G26E-F17, 5.5 GPM @ 2600 PSI (1750 RPM)

The AR RRA5.5G26E-F17 Electric Pressure Washer Pump is a high-flow, commercial-grade triplex plunger pump engineered for 1750 RPM electric motor-driven systems. Delivering an impressive 5.5 GPM at up to 2600 PSI, this pump is ideal for stationary wash systems and heavy-duty electric pressure washers that prioritize rapid cleaning coverage and continuous-duty performance. Featuring a 1-1/8″ hollow shaft with F17 electric flange and a horizontal mounting orientation, it provides a true drop-in solution for compatible motors and frames.

Built by Annovi Reverberi (AR) with rugged, professional-grade internals, the RRA5.5G26E-F17 offers smooth, low-pulsation operation, long seal life, and reliable output in demanding commercial environments.

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Product Specifications

• Pump Model: RRA5.5G26E-F17

• Manufacturer: Annovi Reverberi (AR)

• Pump Type: Triplex Plunger, Electric Drive

• Orientation: Horizontal

• Flow Rate: 5.5 GPM

• Max Pressure: 2600 PSI

• Rated Speed: 1750 RPM

• Shaft Size: 1-1/8″ Hollow

• Mounting: F17 Electric Flange

• Bore Diameter: 18 mm

• Stroke: 16.6 mm

• Weight: 18 lb

• Condition: New

Features & Benefits

• Massive 5.5 GPM output for fast, efficient cleaning

• Commercial-grade AR triplex plunger construction

• Designed for 1750 RPM electric motor systems

• Smooth, low-pulsation performance

• 1-1/8″ hollow shaft with F17 flange for clean installation

• Built for continuous-duty professional use

Applications

• Electric pressure washers

• Commercial and facility wash systems

• Replacement pump for flange-mounted electric units

• Shop, garage, and light industrial cleaning equipment

Important Notes

• Verify shaft size (1-1/8″ hollow), F17 flange type, and motor speed (1750 RPM) before ordering

• Designed for electric motor-driven systems

• Final operating PSI and GPM depend on motor output and overall system configuration