TT9061EBFUI Plunger Pressure Washer Pump – Built-In Unloader, 2.11 GPM @ 1500 PSI, Hollow Shaft

Part Number: TT9061EBFUI
Category: Pressure Washer Pumps
Type: Direct-Drive Plunger Pump – TT9061EBFUI, 2.11 GPM @ 1500 PSI (3400 RPM, Built-In Unloader)

The TT9061EBFUI Plunger Pressure Washer Pump is a compact, direct-drive replacement pump designed for light-duty commercial and residential pressure washer systems. Rated for 2.11 GPM at 1500 PSI and operating at 3400 RPM, this pump is ideal for small electric or gas-powered units that require a reliable, space-efficient solution with minimal installation effort.

Featuring a 5/8″ hollow shaft and a built-in unloader, the TT9061EBFUI provides a true drop-in replacement for compatible direct-drive machines. Its integrated pressure control simplifies plumbing, reduces component count, and helps protect the pump from pressure spikes—making it a dependable option for restoring OEM performance while minimizing downtime.

Product Specifications

• Pump Model: TT9061EBFUI

• Pump Type: Plunger, Direct Drive

• Flow Rate: 2.11 GPM

• Max Pressure: 1500 PSI

• Rated Speed: 3400 RPM

• Shaft Size: 5/8″ Hollow

• Bore Diameter: 15 mm

• Stroke: 5.0 mm

• Unloader: Built-In

• Weight: 12 lb

• Condition: New

Features & Benefits

• Built-in unloader for simplified installation and pressure control

• Compact direct-drive design for space-efficient systems

• 5/8″ hollow shaft for quick, drop-in replacement

• Smooth plunger operation with reduced pulsation

• Ideal for light-duty commercial and residential units

• Reliable OEM-style performance

Applications

• Electric and small gas pressure washers

• OEM replacement for compatible direct-drive systems

• Light commercial and residential cleaning equipment

• Equipment repair and refurbishment

Important Notes

• Verify shaft size (5/8″ hollow), RPM (3400), and mounting compatibility before ordering

• Designed for direct-drive systems with integrated unloader requirements

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