The GRACO QUANTM h80 is a stainless steel electric diaphragm pump designed for efficient, reliable fluid transfer in industrial applications. It is constructed with 316 stainless steel fluid sections and is intended to replace air-operated pumps, offering significant energy savings and improved operational reliability.

Key Features:

• Electric diaphragm pump
• h80, 1.5" inlet/outlet
• 316 stainless steel fluid section, FEP coated aluminum center section, 316L stainless steel end port, tri-clamp porting, PTFE/Santoprene diaphragms, polychloroprene weighted balls, PTFE manifold o-rings
• 300 lpm (liters per minute)
• Max. working pressure: 7 bar
• Food, beverage, personal care, pharmaceutical industries; drop-in replacement for pneumatic diaphragm pumps
• CID1 Groups C,D,T4 Zone 1 AEx d b IIB T4 Gb hazardous location approval; 3A approved, food grade, high sanitary, pharmaceutical surface finishes available
• Up to 80% reduction in energy consumption compared to pneumatic pumps
• Quiet operation (low noise level, ~40 dBA)
• Compact and efficient electric drive, no gearbox required
• Smart pump control with accurate flow set points and built-in I/O
• Self-priming, seal-less design
• Stalls under pressure to minimize downtime from clogged lines or closed valves
• Easy installation and maintenance

Applications:
Ideal for transferring fluids in food, beverage, personal care, and pharmaceutical industries. Suitable for handling solids and abrasive materials. Designed for both new installations and as a replacement for inefficient pneumatic pumps.

Installation Notes:

• Using genuine GRACO parts ensures optimal performance, reliability, and safety. Non-genuine parts may compromise pump efficiency and longevity.
• Factory wired for quick installation
• Ensure compatibility with existing piping and electrical supply (typically 230/240 VAC, 50/60 Hz)
• Follow manufacturer guidelines for mounting and alignment
• Regularly inspect diaphragms and seals for wear and replace as needed
• Consult the manual for specific maintenance intervals and procedures