Related Products
Oxygen concentrators for ozone generators
 Processes requiring low concentrations of ozone may be serviced with clean, dry air (21% O2). Typically, ozone is generated from concentrated oxygen (>90% O2) to yield higher concentrations of ozone.
The Workhorse Family from SeQual® is one of a series of systems engineered to provide a reliable, maintenance-free supply of oxygen on a rugged platform. The Workhorse design builds upon the simplicity and elegance of the Advance Technology Fractionator (ATF®).
The Workhorse Advantage
Workhorse oxygen concentrators simplify the process of oxygen system selection and setup. Simply plug the unit in and turn it on for high purity oxygen delivered quietly and reliably. Each Workhorse is the result of the same state-of-the-art engineering that produced the ATF®. The necessary components have been meticulously matched to optimise performance.
The Workhorse is intended to provide a turnkey solution when time or resources are not available to engineer a customs system. No Other PSA system offers the economical and maintenance-free reliability of the Workhorse oxygen generator.
Name |
Power supply |
Performance Data |
Weight
(mass) |
Flow
90% (+3%/-5%)O2 at: |
Oxygen Delivery Pressure |
Workhorse 12 |
220-240 V, 50Hz |
12 SCFH
5.7 SLPM
0.3 m3/hr
24lb/day |
7.0 psig
0.6 bar
470 Hg
250 in H2O |
47 lbs
21 kg |
Workhorse 15 |
220-240 V, 50Hz |
15 SCFH
7.1 SLPM
0.4 m3/hr
30 lb/day |
7.0 psig
0.6 bar
470mm Hg
250 in H2O |
49 lbs
22 kg |
Workhorse 23 |
220-240 V, 50Hz |
23 SCFH
11 SLPM
0.7 m3/hr
46 lb/day |
7.0 psig
0.5 bar
360mm Hg
190 in H2O |
78 lbs
35 kg |
Patented Simplicity for Reliable Long Life
 The unique design of the Advance Technology Fractionator® (ATF) oxygen module eliminates dozens of component and interconnections found in conventional PSA systems. A patented single rotary distribution valve built into the ATF® module is continuously rotated at low speed by a small motor. The valve is maintenance free, self-cleaning, insensitive to contamination and invulnerable to wear. It sequentially directs the flow of compressed air to a group of four sieve beds (adsorption), while at the same time another four beds are purged into the atmosphere through the valve (desorption). The remaining four of the twelve beds are interconnected through the valve to equalize pressure as the sieve beds sequentially transition between adsorption and desorption. In contrast to a conventional PSA system, the small amplitude pressure swings generated by the ATF’s twelve sieve beds eliminate loud noise pulses, eliminate the need for a pressure regulator and reduce compressor wear.
For further information please download the PDF brochure here.
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