Accessory Specifications PRECISION ABRASIVE WATERJET ACCESSORIES Standard Features • 12,000 BTU/hr Chillers are available in 3 phase 460 VAC (4 amps) • 24,000 BTU/hr Chillers are available in 3 phase 460 VAC (7 amps) • 36,000 BTU/hr Chillers are available in 3 phase 230/380/460 VAC (18/9/9 amps) • Designed for 50° F to 125° F ambient temperature (10° C to 52° C) • All wet-end components are made from non-ferrous material • All connecting hardware supplied by OMAX • Digital temperature readout • Refrigerant Type: R-22 Benefits • Control the inlet water temperature entering your pump equipment • Improve your pump’s seal life • Reduce pump rebuilds and machine downtime OMAX Chiller Systems ® Improve performance with the OMAX Chiller. • Inlet water fed to the OMAX pump is required to be 60° F (16° C). If inlet water temperature is above 60° F, a Chiller will cool the water for the pump. In the event that water temperature exceeds 60°F on a seasonal or regular basis, shortened pump seal life can occur. The Chiller cools water supply for the pump which improves seal life. Depending on the rating of the Chiller and ambient conditions, the water temperature can be lowered by 20° F to 40° F (11° C to 22° C). Water from the OMAX system’s charge pump is sent through the Chiller and returns to the pump. A portion of the water is recirculated to the waterjet’s internal charge tank to minimize usage. Connect and follow OMAX for the latest news in waterjet technology.

OMAX Chiller 13'–3" (4.04 m) Chiller Unit Water Hookup 600 lb Bulk Abrasive Hopper Drain Hookup OMAX Pump Weir Tank Solids Removal System Electrical Hookup 1'– 0" (0.30 m) 4'– 3" (1.29 m) About OMAX OMAX has the industry leading patented abrasivejet controller with a built-in expert system. Our exclusive “Compute First-Move Later” motion control system automates most programming and tool setup work, virtually eliminating the need for extensive operator training. Plus, with free OMAX Intelli-MAX® Software upgrades for the life of the machine and our ongoing commitment to advance the efficiency...