Compact Low-Flow Rotating Sewer Nozzle for Precision Cleaning

The enz® Bulldog low-flow rotating nozzle is built for operators working with limited water supply but still needing effective, controlled cleaning. Designed for both fresh and recycled water use, this rotating sewer nozzle delivers efficient performance in smaller pipe systems without requiring high flow rates.

Its precision-engineered sliding bearing system ensures smooth rotation, even in recycled water conditions. Combined with an integrated oil-free braking system, the nozzle maintains consistent rotation speed while minimizing wear. This results in a dependable, low-maintenance tool ideal for tight or lower-capacity setups.

Key Features & Benefits

• Low-flow design for efficient cleaning with limited water supply

• Rotating jet action delivers focused, consistent cleaning performance

• Compatible with recycled water for flexible jobsite use

• Oil-free braking system reduces wear and extends service life

• Durable construction built for long-term reliability

• Easy handling for precise control in smaller lines

Performance Overview

• Designed for 1.6" to 4" pipe cleaning applications

• Requires a minimum flow of 6.5 GPM

• Equipped with 2 rotating jets for targeted wall cleaning

• Includes 1 front jet to break through light obstructions

• Rated for pressures up to 5000 PSI

Ideal Applications

This hydro jetting nozzle is perfect for lighter-duty and precision cleaning tasks:

• Removing grease, soft buildup, and light debris

• Cleaning smaller diameter pipes with limited flow availability

• Performing maintenance in residential or tight access systems

• Operating effectively with recycled water setups

Why Choose This Low-Flow Rotating Sewer Nozzle?

When water supply is limited, you shouldn’t have to sacrifice performance. This compact Bulldog nozzle provides controlled rotation and efficient cleaning, making it a smart choice for professionals who need reliable results in low-flow conditions.

For more information, visit ENZ catalog.