Spartan Tool 1/2" Rocket Nozzle, 3,000 PSI @ 10 GPM 75700400

The Spartan Tool Urban Soldier Rocket Nozzle is a rocket sewer jetter nozzle for 1/2" jetting hose, rated 3,000 PSI at 10 GPM, matched to the Urban Soldier and Soldier.

The Spartan Tool Urban Soldier Rocket Nozzle (75700400) is expertly engineered for professional sewer and drain cleaning. Designed to efficiently tackle heavily compacted lines of silt, sand, or sludge in pipes ranging from 3" to 12", this nozzle is ideal for use with Spartan Tool Urban Soldier. The nozzle's high-pressure performance and versatile functionality make it a crucial tool for any sewer cleaning professional, ensuring that even the toughest blockages are swiftly and effectively removed.

Features

• High-Pressure
• Performance : Operates at up to 3000 PSI, providing exceptional cleaning power for tough blockages
• Versatile
• Design : Switchable orifices allow for open or closed nozzle configurations based on the operator's requirements, enhancing flexibility in various cleaning scenarios
• Compatibility : Designed for seamless integration with Spartan Model Urban Soldier, ensuring reliable performance
• Construction : Built from high-quality materials to withstand rigorous professional use, ensuring long-lasting reliability
• Efficient
• Removal : Specifically recommended for cleaning heavily compacted lines of silt, sand, or sludge, making it ideal for demanding sewer cleaning tasks

Common Questions

What hose or thread size does this nozzle need?

This nozzle is sized for 1/2" jetting hose with NPT threads.

Which Spartan Tool machines does this fit?

Spartan Tool lists this as matched to the Urban Soldier and Soldier.

What pressure and flow is this nozzle rated for?

This nozzle is rated 3,000 PSI at 10 GPM. Running it well above or below this rating changes the jet pattern and can shorten its life.

Specifications

• Type: Rocket
• Hose Size: 1/2"
• Connection: NPT
• MPN: 75700400
• Rated Pressure (PSI): 3000
• Flow Rate (GPM): 10.0
• Fits Models: Urban Soldier;Soldier