Typhoon RC 1500 GPM (6000 LPM) Monitor, Pumper – 3″ (75 mm) RLF Rigid Inlet, 3.5″ (90 mm) NHM Rigid Outlet, 12/24 VDC Acc. Power, RS485, Silver

The Typhoon™ Monitor offers exceptional performance and adaptability, making it ideal for pumper, ladder, and platform apparatus. Capable of flowing up to 1500 GPM (6000 LPM), Typhoon combines high-volume water delivery with multiple actuation and mounting options to meet diverse firefighting needs.

Key Features:

• High-Flow Capacity: With a maximum flow rate of 1500 GPM (6000 LPM), Typhoon delivers powerful water streams for effective fire suppression
• Low Friction Loss: Engineered for efficiency, Typhoon features only 19 PSI (1.3 bar) of friction loss at full flow, ensuring excellent stream quality and reach
• Versatile Actuation Options:
  • Manual Control: Choose between a tiller bar, dual handwheels, or a combination of both for precise manual operation
  • Remote-Controlled Models: Electric models offer 12/24 VDC compatibility and seamless RS485 communication for intuitive and precise control
• Specialized Models: Typhoon is available in standard, ladder, and platform configurations, with ladder and platform models featuring factory-installed horizontal travel stops (180° total) to prevent collisions with apparatus structures
• Wide Range of Motion:
  • Horizontal: 450° total range on standard and pumper models, 180° range on ladder and platform models with horizontal travel stops
  • Vertical: -45° to 90°, with ladder platform models capable of additional travel to -45° to 110° (specific configurations)
• Compatibility with Extend-A-Gun: Typhoon is fully compatible with Extend-A-Gun for extended reach and operational flexibility
• Customizable Inlet and Outlet Options: Available with various inlet and outlet sizes and connection types, including flanges, threaded options, and riser flanges, to suit specific apparatus designs
• Durable Construction: Built with high-quality materials and powder-coated finishes, Typhoon ensures reliable operation and long-lasting performance in harsh firefighting environments