The GRACO HE120-0053 QUANTM h120 is a 2" tri-clamp, high sanitary stainless steel (HS SST) electric diaphragm pump designed for reliable fluid transfer in demanding industrial environments. It features a FEP-coated aluminum center, stainless steel seat, PTFE ball, and polyolefin diaphragm, making it suitable for handling a wide range of chemicals and fluids. This pump is intended as a highly efficient, drop-in replacement for less efficient pneumatic pumps in applications such as chemical processing, paints and coatings, and wastewater management.

Key Features:

• Electric Diaphragm Pump
• QUANTM h120, 2" Tri-clamp
• High Sanitary Stainless Steel (HS SST) fluid section, FEP-coated aluminum center, stainless steel seat, PTFE ball, polyolefin diaphragm
• Designed as a drop-in replacement for pneumatic diaphragm pumps in most fluid applications
• Revolutionary electric motor design for reduced operational costs and high reliability
• Self-priming, seal-less design for smooth and steady flow
• Stalls under pressure to reduce downtime from clogged lines or closed valves
• Compact and efficient electric drive removes the need for a gearbox
• Up to 80% reduction in energy consumption compared to pneumatic pumps
• Quiet operation reduces plant noise and improves employee safety
• Smart pump control with accurate flow set points and built-in I/O
• Engineered for lasting, heavy-duty performance

Applications:
Chemical processing, paints and coatings, wastewater management, general fluid transfer

Installation Notes:

• Using genuine GRACO parts ensures optimal performance, reliability, and longevity of the equipment. Non-genuine parts may compromise safety and efficiency.
• Ensure the pump is installed according to GRACO guidelines for your specific application
• Verify electrical compatibility (200-240 V supply)
• Use appropriate tri-clamp fittings for sanitary connections
• Follow all safety procedures during installation and maintenance
• Regular preventative maintenance is recommended to maintain peak performance and minimize downtime