The GRACO HE120-0412 QUANTM h120 is a stainless steel electric diaphragm pump designed for high sanitary (HS) applications. It features a 2" tri-clamp connection, FEP-coated aluminum center, stainless steel seat, FK (FKM/Viton) ball, and FK (FKM/Viton) diaphragm. This pump is engineered for reliable, energy-efficient fluid transfer in demanding industrial environments, serving as a drop-in replacement for less efficient pneumatic pumps.

Key Features:

• Electric Diaphragm Pump
• QUANTM h120, 2" Tri-clamp, HS SST
• Stainless steel (HS SST) fluid section, FEP-coated aluminum center, FK (FKM/Viton) ball and diaphragm
• 450 lpm (liters per minute)
• Max. working pressure: 4.2 bar
• Compatible with most fluid applications as a drop-in replacement for pneumatic diaphragm pumps
• No compressed air needed
• Up to 80% energy savings compared to pneumatic pumps
• Quiet operation (low noise level, ~40 dBA)
• Self-priming, seal-less design
• Stalls under pressure to reduce downtime from clogged lines or closed valves
• Easy installation
• Compact footprint similar to pneumatic pumps
• Smart pump control with built-in I/O for accurate flow set points

Applications:
Ideal for high sanitary (HS) fluid transfer in food, beverage, pharmaceutical, and chemical industries. Suitable for both new installations and as a replacement for existing pneumatic pumps.

Installation Notes:

• Using genuine GRACO parts ensures optimal performance, reliability, and safety. Non-genuine parts may void warranties and reduce equipment lifespan.
• Ensure proper alignment and secure mounting of the pump
• Verify electrical supply matches pump requirements (200-240 VAC)
• Follow all local and industry safety regulations
• Use appropriate gaskets and seals for high sanitary connections
• Regularly inspect and maintain pump components for peak performance
• Perform preventative maintenance as recommended by GRACO
• Monitor for leaks, unusual noise, or performance changes
• Replace worn or damaged parts with genuine GRACO components
• Keep records of maintenance and service history