Nano RTC 0125-F High Temperature Cycling Refrigerated Dryer

The nano R2 range of RTC high temperature refrigerated air dryers are specifically designed for the unique demands of high temperature compressed air applications. With seven models from 10 to 125 cfm and a 1 um coalescing inlet filter provided as standard, the nano RTC refrigerated air dryers are the optimum choice for fluctuating air flows and harsh environments. nano's innovative dual transfer technology (DTT) monitors the heat load on the dryer which changes constantly with fluctuations in air flow and temperature. As conditions fluctuate, the dryer uses its internal thermal mass to consistently cool and dry the air, switching the refrigeration circuit on only when required. In most applications, air flow and ambient temperatures vary over time and rarely, if ever, reach the dryer's maximum rated heat load. Traditional dryers run at maximum power all the time regardless of the actual demand. DTT continuously matches power consumption to the actual heat load providing significant energy savings. Perfect for small, non-after cooled piston compressors or any application with a fluctuating air demand, RTC high temperature refrigerated air dryers provide unparalleled reliability, performance and energy savings. For the optimum in clean compressed air, RTC can also be supplied with a 0.01 um after filter, providing comprehensive moisture and particulate removal in a single, cost effective and reliable package.
nano High Temperature Refrigerated Air Dryer, 230 VAC, 60 Hz Frequency, 1 Phase, 1.41 kW Power, 2 in Inlet Connection, 2 in Outlet Connection, Inlet Air Temperature: 158 deg F, Air Flow Rate: 125 scfm, 0 to 232 psig Air Pressure, Dew Point Temperature: 50 deg F, 110 to 122 deg F Maximum Temperature, Filter Rating: 1 um, Timer Drain, Aluminum Housing, Powder-Coated Housing, 39 in Overall Height, 30 in Overall Width, 29 in Overall Depth

• Specifically designed oversized condenser to provide clean, dry compressed air in unique demands of high temperature applications in a thermal mass cycling design
• Innovative dual transfer technology (DTT) continuously matches power consumption to the actual heat load providing significant energy savings
• 1 um coalescing inlet filter provided as standard
• Corrosion-resistant powder-coated aluminum panels for harsh environments
• Easy to read refrigerant gauge and CAREL® microprocessor gives you the information you need, when you need it
• Easy installation and start-up
• Fully adjustable and extremely reliable timer drain as standard

• Catalog https://assets.unilogcorp.com/267/ITEM/DOC/nano_RTC_0010_F_Catalog.pdf