The Husky 1050 Conductive Polypropylene Pump is a robust, air-operated double diaphragm pump designed for safe and efficient transfer of fluids in industrial environments. This specific configuration features a conductive polypropylene construction for static dissipation, end flange and remote center section, with acetal seats and balls for chemical resistance, and a TPE (thermoplastic elastomer) diaphragm for flexibility and durability. It is intended for use in applications requiring static-safe handling of fluids such as solvents, fuels, and chemicals.

Key Features:

• Pneumatic Diaphragm Pump
• Husky 1050, 1 inch (inlet/outlet port size)
• Conductive Polypropylene (end flange, remote center section), Acetal (seats, balls), TPE (diaphragm)
• Maximum free flow: 189 LPM (50 US GPM) for water (varies by configuration)
• Maximum working pressure: 8.6 bar (125 psi) for metal versions; for polypropylene, consult manufacturer for exact rating (typically lower than metal)
• Compatible with a wide range of fluids including water, antifreeze, fuel, and chemicals; static-safe for flammable or volatile liquids
• UL listed; ATEX configuration available for hazardous environments
• Stall-free, low pulsation air valve for smooth operation
• One-piece center section for leak reduction and easy maintenance
• Spring-loaded, externally serviceable pilot valves for rapid changeover
• Up to 5 times longer diaphragm life compared to similar pumps
• Expanded material options for diverse applications

Applications:
Ideal for transferring water, antifreeze, fuel, and chemicals in industrial, mining, agricultural, and vehicle service settings. Suitable for static-sensitive environments and hazardous locations when configured for ATEX.

Installation Notes:

• Using genuine GRACO parts ensures optimal performance, safety, and longevity of the pump. Non-genuine parts may compromise reliability and safety.
• Ensure proper alignment of all components during assembly
• Use appropriate thread sealant for flange and port connections
• Verify compatibility of pump materials with the fluid being transferred
• Follow all local safety regulations, especially for static-sensitive or hazardous environments
• Regularly inspect and maintain pilot valves and diaphragms for optimal performance