Yellow Jacket 93610

Our Part No. 93610

Mfr. Model 93610

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Yellow Jacket 93610

Our Part No. 93610

Mfr. Model 93610

The Yellow Jacket 93610 BULLET X Dual Phase Vacuum Pump is a highly efficient, two-stage rotary vane, oil sealed pump. It has a wide mouth oil reservoir port for easier filling. Pulling down to less than 25 microns, it protects against contaminants and non-condensable gases. With an oil suck-back valve, it has cooling fins, brass oil drain and sight glass.

1/2 hp, 200/165 L/M
115V/230V, 50-60 Hz, EU/UK Plug
Equipped with heavy duty rotors and bearings

Datasheet

$687.93 Price $845.73

This item ships FREE

Key Features

1/2 hp BULLET X Pump, 200/165 L/M
115V/230V, 50-60 Hz, EU/UK Plug
Internal intake check valve prevents oil backup into the system during a power failure
Equipped with heavy duty rotors and bearings
Wide-mouth oil reservoir port for easier and cleaner filling
Doubles as a pump exhaust: threaded to attach a garden hose for exhausting to a remote location
Integrated cooling fins to cool pump and increase performance
Designed with effective oil suck-back valve
Large brass oil drain for easy access to fast oil changes
Downward angled oil sump to remove contaminants usually trapped in other sump designs
Elongated oil sight glass for easy monitoring of oil level and to clearly see oil quality
Heavy duty steel handle for well-balanced carrying
Two-year warranty
Made in the USA

Details

The Yellow Jacket 93610 BULLET X Dual Phase Vacuum Pump is a highly efficient, two-stage rotary vane, oil sealed pump that is rated to better than 25 microns. The BULLET X features a wide mouth oil reservoir port for easier filling, and it has also been designed with various enhancements for improved ergonomics and performance.

The Bullet X makes evacuating a system easier for years to come. The BULLET X offers 7 CFM to handle most residential and commercial applications. Pulling down to less than 25 microns, BULLET X protects the system from contaminants and non-condensable gases, which can damage components, reduce efficiency and cause system failure.

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