The Fill-Rite N100DAU13 automatic shutoff nozzle is engineered for robust fuel transfer operations in demanding industrial settings. This ultra-high-flow dispensing solution provides efficient and safe handling across a broad spectrum of compatible fuels.
Key Specifications and Features:
– Automatic Shutoff Operation: Designed as an ultra-high-flow automatic shutoff nozzle, ensuring precise fuel dispensing and preventing overfills during transfer operations.
– Fuel Compatibility: UL/cUL listed for safe and compliant use with gasoline, diesel, E15, biodiesel up to B20, and kerosene; the red body cover specifically denotes suitability for unleaded fuel applications.
– Inlet and Spout Specifications: Features a 1 inch NPT inlet for secure connection and a 1-3/16 inch (1 1/8 inch OD) diesel-sized spout, optimized for efficient fuel flow rates.
– Multi-Position Flow Control: Incorporates a three-position latch mechanism, enabling automatic flow rates at selectable settings of 8, 24, and 30 GPM to match various operational requirements.
– Maximum Working Pressure: Engineered to operate reliably with a maximum working pressure of 50 PSI, accommodating standard industrial fuel transfer systems.
– Durable Construction Material: Fabricated from high-grade aluminum, ensuring a lightweight yet robust structure capable of withstanding rigorous industrial use.
– Hose Longevity Design: Features an angled outlet specifically designed to minimize friction and wear on the dispensing hose, thereby extending its operational lifespan.
– Integrated Hanging Solution: Equipped with a heavy-duty hanging hook, providing universal compatibility with Fill-Rite dispensing systems for secure storage and ergonomic access.
– Certification and Compliance: Achieved UL/cUL listing, confirming adherence to North American safety and performance standards for fuel dispensing equipment.
– Spout and Inlet Enhancements: Includes a grip spring on the spout for improved handling and an angled inlet configuration to further reduce hose strain and enhance durability.