Ingersoll Rand Compression Heat Regenerative Drying Machine (HOC)

Due to the absence of heaters, blowers, or compressed air losses, and minimal pressure drop, a specially designed dryer provides the lowest operating cost. The hot air discharged from the compressor is transferred to the regeneration tower to remove moisture from the desiccant. When air passes through a heat exchanger, it cools and condenses moisture for separation by the separator. Then the air flows through the drying tower, where the remaining moisture is adsorbed by the desiccant to provide high-quality, oil-free air.

Ingersoll Rand HOC dryers are the most cost-effective way to protect air ducts, tools, and expensive instruments. The microprocessor of the dryer controls less than 150 watts per year, equivalent to a light bulb! Special components are specifically designed to minimize energy consumption. These include stainless steel heat exchangers and moisture separators in the first stage of air cooling, which discharge condensed water without loss of compressed air. Stripping and cooling cycles can also be used to limit temperature or dew point spikes.

Product advantages:

The standard design pressure dew point is -40 ° C

long service life

Environmentally friendly, activated alumina desiccant, this uniformly sized spherical desiccant has a very good effect

Provide high-quality compressed air

Low voltage reduction design

Provide economical compressed air drying system solutions