Robinair (15115) VacuMaster Single Stage Vacuum Pump - Single-Stage, 1.5 CFM

.Robinair's No. 15115 VacuMaster Single Stage Vacuum Pump is a high performance single stage rotary vane design vacuum pump designed for air conditioning and refrigeration service. 1.5 CFM free air displacement, factory rating to 115 microns, and 10 ounce oil reservoir provide the capability you need to get the job done. This durable unit features a 1/5 HP, 110V, 60 Hz thermally protected motor; an inlet fitting engineered for maximum airflow while preventing oil backflow; finned aluminum surfaces that dissipate heat faster (keeping pump cooler and extending life); 1/4 inch flare and 1/2 inch ACME inlet fittings; easy to read sight glass; easy access oil fill port; oil drain valve positioned at the bottom of the oil reservoir and angled for faster, more complete draining; and non-skid feet. Oil included. Robinair, a Bosch Automotive Service Solutions brand, is a global leader in service tools and equipment based in Owatonna, Minnesota. Robinair is recognized throughout the world as the quality and performance leader in AC/R evacuation tools and this position has led to its success with the full range of products that serve the heating/ventilating/air conditioning/refrigeration (HVAC-R) and mobile markets, which includes the automotive aftermarket along with other industries such as agriculture and construction.
.Robinair's VacuMaster Single-Stage Vacuum Pump is designed for air conditioning and refrigeration service; featuring a single stage rotary vane design, 10 ounce oil capacity, and non-skid feet
.1.5 CFM free air displacement; factory rated to 115 microns
.1/5 HP thermally protected motor; 110V, 60 Hz
.Features an inlet fitting engineered for maximum airflow, while preventing oil backflow, and finned aluminum surfaces that dissipate heat faster, keeping the pump cooler and extending life
.1/4 inch flare and 1/2 inch ACME inlet fittings, easy to read sight glass, easy access oil fill port, and angled oil drain valve for faster, more complete draining of the reservoir