The GRACO Techniflow 1590 FDA Air Operated Double Diaphragm Pump is a robust, air-powered pump designed for transferring a wide range of fluids in industrial applications. It is constructed with materials suitable for FDA-compliant applications, ensuring compatibility with food, pharmaceutical, and other sensitive processes. The pump is intended for use within GRACO equipment for reliable, leak-free fluid transfer.

Key Features:

• Air Operated Double Diaphragm Pump
• Techniflow 1590 (1-1/2" NPT or ANSI flange, depending on configuration)
• Up to 100 GPM (378 LPM) (based on Husky 1590 standard model; Techniflow 1590 FDA may vary)
• Up to 120 psi (8.4 bar) (based on Husky 1590 standard model; Techniflow 1590 FDA may vary)
• Designed for use with GRACO equipment and compatible with a wide range of fluids, especially those requiring FDA compliance
• Patented, high-reliability closed center air valve
• Online serviceable air valve for easy maintenance
• Epoxy-coated air section for tough environmental conditions
• Up to 5 times longer diaphragm life compared to other pumps in its class
• Fewer parts than industry peers, externally accessible air valve
• Lube-free operation
• Quiet running (less than 85 dBa), with remote muffler capability
• Available in various materials for different applications

Applications:
Ideal for transferring fluids in food, pharmaceutical, and chemical processing industries where FDA compliance is required. Suitable for use in harsh environments and for handling abrasive or viscous fluids.

Installation Notes:

• Using genuine GRACO parts ensures optimal performance, reliability, and compliance with industry standards. Non-genuine parts may compromise safety and efficiency.
• Ensure the pump is installed according to GRACO guidelines for proper alignment and secure mounting
• Use appropriate fittings and seals for the intended fluid and pressure
• Regularly inspect and maintain the air valve and diaphragms for optimal performance
• Follow all safety procedures when working with pressurized systems