Nano TMC Thermal-Mass Cycling Refrigerated Air Dryer

TMC Thermal Mass Cycling Refrigerated Air Dryer 

Engineered to deliver ISO Class 5 clean, dry compressed air with a steady, reliable pressure dew point and the lowest pressure drop in its class. The TMC’s glycol thermal mass matches power to real-time demand: when the thermal mass reaches set temperature the refrigeration compressor cycles off, yet the stored “cold energy” keeps drying your air and holding dew point. When conditions or flow rise, the compressor cycles back on—simple, efficient, and rebate-friendly.

At the core is a Thermal Energy Circuit that combines an air-to-air pre-cooler with an air-to-glycol evaporator, an integrated moisture separator, and a zero air loss condensate drain. A reliable liquid pump circulates chilled glycol for fast response to demand spikes, while the Dixell™ digital microprocessor gives at-a-glance dew point visibility. The microchannel condenser improves performance using 40–60% less refrigerant with lower pressure drop. Rugged powder-coated steel panels, a compact footprint, and removable side panels make installation and service straightforward. Environmentally conscious? TMC uses R513A and R410A refrigerants (model-dependent).

Proven energy savings: In a typical 24/7 plant with variable flow, non-cycling dryers waste power during off-peak hours. A TMC can cut daily energy from 23.04 kWh to 4.68 kWh in a representative profile—at $0.08/kWh that’s ~$500/year saved (and $1,000+ for ~500 scfm), with daily average power dropping from 0.96 kW to 0.195 kW. Ask for a power study to quantify your site’s savings.

Key Specs (model-dependent):

• Flow capacity: 30–635 scfm (TMC 0030 N to TMC 0635 N)
• Rated per ISO 7183 (Option A2): 100 psig, 100°F inlet; 100°F ambient; 60 Hz
• Design pressure range: 0–210 psig
• Max inlet temperature: 140°F; Max ambient: 115°F
• Power supply options: 115/1/60, 230/1/60, 460/3/60
• Connections: ½" to 2½" NPT(F)
• Controls & components: Dixell™ controller, microchannel condenser, rotary piston compressors, NED zero air loss drain, integrated moisture separation
• Filtration packages: pre- and after-filters available for added energy savings and air quality
• Sizing: use correction factors for pressure, inlet, and ambient; consult sizing software/support for exact selection

Why choose TMC?

• Consistent dew point with low pressure drop (patented heat exchanger design)
• Thermal mass cycling = top-tier energy efficiency from 0% to 100% duty cycle
• Compact, robust build for tight spaces and long service life

Get clean, dry, energy-efficient compressed air—without paying for cooling you don’t need.