The GRACO QUANTM h80 is a high sanitary (HS) stainless steel (SST) electric diaphragm pump with a 1.5" tri-clamp connection, designed for hygienic and sanitary fluid transfer applications. It features a FluxCore drive, operates at 200-240 V, and uses an FEP AL center, SS seat, CW ball, and PO diaphragm. This pump is intended for use in industries requiring reliable, energy-efficient, and low-maintenance fluid handling, such as food, beverage, pharmaceutical, and chemical processing.

Key Features:

• Electric diaphragm pump
• QUANTM h80, 1.5" Tri-clamp
• High Sanitary (HS) Stainless Steel (SST), FEP AL center, SS seat, CW ball, PO diaphragm
• 300 lpm (liters per minute)
• Max. working pressure: 7 bar
• Designed as a drop-in replacement for less-efficient pneumatic pumps; suitable for most fluid applications in hygienic environments
• FDA compliant materials; 3A approved options available; HS surface finish (32 Ra)
• Revolutionary electric motor design for energy savings (up to 80% less energy than pneumatic pumps)
• Self-priming, seal-less design for smooth and steady flow
• Stalls under pressure to reduce downtime from clogged lines or closed valves
• Low noise level (40 dBA)
• Easy installation and maintenance
• Engineered for lasting, heavy-duty performance

Applications:
Ideal for FDA-approved manufacturing facilities, food and beverage, pharmaceutical, and chemical processing industries requiring hygienic and reliable fluid transfer.

Installation Notes:

• Using genuine GRACO parts ensures optimal performance, reliability, and compliance with industry standards.
• Ensure proper alignment and secure tri-clamp connections for leak-free operation
• Follow manufacturer guidelines for electrical connections and grounding
• Regularly inspect and maintain diaphragms and seals for longevity
• Consult the manual for specific installation and maintenance procedures
• Perform preventative maintenance to ensure peak performance and longevity
• Use only recommended replacement parts and lubricants
• Monitor pump performance and address issues promptly to minimize downtime