The HiVac unit is constructed of stainless steel and can be configured in either single stage or double stage HEPA filtrations. The unit can be run in either the vertical or horizontal orientation. The inlet is sized to accept 3” diameter vacuum hose with alternate sizes available. A mobile hand cart is provided for use in the double HEPA configuration.

This unit has a state-of-the-art, brushless DC variable speed blower capable of 200 cfm at 5 inches wc static pressure, and 100 cfm at 20 inches wc (at full speed). Its performance makes this unit ideal for applications where moderate airflows with long runs of small ducting are required. The unit is supplied for use on a 120 VAC single phase power source and draws approximately 12 amps.

A radial flow HEPA filter is used to minimize size and increase worker protection during filter change-out. The airflow pattern on the unit directs the contaminated air to the inside of the filter, so that workers are exposed to the “clean” side of the filter during change-out. An optional adapter plate is available to turn a single stage unit into a dual stage HEPA filtration module. A disposable inlet adapter is provided that can remain on the filter during change-out. When a sleeved umbilical cut technique is used to separate the inlet ducting, the contaminated internal of the HEPA filter (first stage filter if configured for dual stage) is never exposed during filter change-out.

The HEPA filter is rated at 250 cfm at 1.3 inches of static pressure clean, and is 99.97% efficient at 0.3 μ as tested on a Q107 penetrometer (in accordance with MIL STD 282) at 100% and 20% of rated flow. Filters are gel seal style and use dimple pleat construction with face guards both upstream and downstream. Differential pressure gages (Minihelic 0 -10” wc) are installed to monitor filter dirt loading on each filter stage.

Request more information about the Portable HiVac Ventilation Unit.

Above: Single Stage Configuration 21”L x 15”W x 15”H
Below: Dual Stage Configuration 33”L x 15”W x 15”H

NOTE:  Information provided is subject to change.  Please contact RPS directly for recent modifications.