The Master Stream X-Stream® SM-1000 Nozzle is an automatic master stream nozzle engineered to deliver outstanding stream performance across a wide range of firefighting conditions. Designed to automatically adjust to varying flow rates and inlet pressures, the X-Stream nozzle maintains an effective stream with maximum reach, helping firefighters achieve optimal water application and fire suppression performance.
The SM-1000 features large ergonomic handles that allow for easy manual stream pattern adjustment, providing operators with precise control over water application. With a flow range of 350 to 1,000 GPM at 75 PSI, this nozzle is ideal for municipal, industrial, marine, and specialized firefighting applications. Its automatic pressure compensation and precision-engineered design ensure consistent stream quality while adapting to changing fireground conditions.
Features
• Automatic master stream nozzle that self-adjusts to changing flow and pressure conditions
• Maintains effective stream quality and maximum reach across varying operating conditions
• Large ergonomic handles for easy manual stream pattern adjustment
• Adjustable from straight stream to narrow fog and wide fog patterns
• Precision-cut metal teeth provide exceptional fog pattern performance
• Calibrated to operate at lower inlet pressures of 75 PSI (5 BAR)
• Designed for monitor-equipped apparatus and master stream applications
• Delivers reliable performance in demanding firefighting environments
• Suitable for municipal, industrial, marine, and specialized firefighting operations
• Built for long service life and dependable operation
Specifications
• Manufacturer: Elkhart Brass
• Model: X-Stream® SM-1000
• Product Type: Automatic Master Stream Nozzle
• Flow Range: 350–1,000 GPM (1,330–3,800 LPM)
• Operating Pressure: 75 PSI (5 BAR)
• Inlet Connection: 2.5" Inlet
• Stream Patterns: Straight Stream, Narrow Fog, and Wide Fog
• Pattern Control: Manual Adjustment with Large Handles
• Applications: Fire Apparatus Monitors, Industrial Fire Protection Systems, Marine Firefighting, and Large-Volume Master Stream Operations
