Heatless Air Dryers

Description: Incorporating high-quality components, PH heatless desiccant dryers provide you with clean, dry air to extend the life of your equipment and products. Heatless desiccant dryers use the compressed air to remove any moisture from the desiccant material. Long

• Drying Capacity: 4,400 SCFM
• Maximum Pressure: 165 psi
• Power Source: AC Single Phase
• Dryer Technology: Desiccant

Description: SAHARA's T Series Heatless Regenerative air dryer is the most reliable dryer ever built. Since this unit requires neither heaters nor blowers, it is inherently more trouble-free than any heat-reactivated dryer.In the real world, air demand fluctuates.

Description: Incorporating high-quality components, PH heatless desiccant dryers provide you with clean, dry air to extend the life of your equipment and products. Heatless desiccant dryers use the compressed air to remove any moisture from the desiccant material. Long

• Drying Capacity: 307 SCFM
• Maximum Pressure: 60 to 210 psi
• Dryer Technology: Desiccant
• Regeneration: Heatless Regeneration

Description: AIR/TAK "HLD" dryers deliver a continuous supply of super dry compressed air to downstream point of use. They employ the fundamental and dynamic relationship between desiccant adsorption and regeneration in a twin tower design.

• Drying Capacity: 3,590 SCFM
• Maximum Pressure: 150 psi
• Operating Temperature: -40 to 120 F
• Features: Automatic Condensate Drain, Integral Filter, Pressure Gauge

Description: Heatless Desiccant Air Dryers CDT Series CDT Series Heatless desiccant dryers open up a world of customizable performance opportunities with four standard ISO quality class levels of pressure dew points to choose from. Don’t settle for less than the ability to

• Drying Capacity: 40 to 5,400 SCFM
• Maximum Pressure: 150 psi
• Minimum Output Dew Point: -100 F
• Dryer Technology: Desiccant

Description: Small Heatless Regenerative Dryers are the perfect choice when smaller flow rates are needed or for point of use application such as instrumentation, auto body work, painting or powder coating

• Drying Capacity: 10 SCFM
• Maximum Pressure: 150 psi
• Operating Temperature: -40 to 120 F
• Features: Automatic Condensate Drain, Integral Filter, Pressure Gauge

Description: Minus 40ºC & Lower Pressure Dew Points Pressure Vessels are ASME Compliant & Provincially Registered Completed dryer piping is CRN registered for Ontario under TSSA 3 Year Switching Valve Warranty on Poppet-Style Valves (up to 2-1/2") Standard Models rated to 150 PSIG Higher Pressure Models

Description: Desiccant towers are CRN registered as pressure fittings for use in Canadian provinces. 3-Way double air piloted inlet switching valve with viton seals, directs inlet air flow to each tower. No purge air containing abrasive desiccant dust is channeled back through the inlet

Description: The Aircel AHLD E-Series (70-5,000 scfm) is a fully automatic Dual Tower Heatless Regenerative Compressed Air Dryer with an integrated Energy Management Purge Reduction System. The PLC Controller provides complete reliable control of the system with text description of each step

• Drying Capacity: 70 to 5,000 SCFM
• Maximum Pressure: 150 psi
• Minimum Output Dew Point: -40 F
• Operating Temperature: 70 to 120 F

Description: Ingersoll Rand’s heatless desiccant dryers deliver superior compressed air quality at a constant -40°F to -100°F (-40°C to -70°C) pressure dew point. Our heatless dryers are simple to operate, dependable and very economical.

Description: HL heatless desiccant dryers use twin desiccant towers with strategically positioned valves to dry compressed air. The simple technology of heatless dryers divert a portion of dried compressed air to an off-line tower. The dry air then flows through

• Drying Capacity: 90 to 5,000 SCFM
• Minimum Output Dew Point: -40 F
• Dryer Technology: Desiccant
• Regeneration: Heatless Regeneration

Description: These dryers use a small portion of the dried compressed air to regenerate the off-line tower Initial cost: Low - Operating cost: Moderate to High - Maintenance cost: Low Read more:

• Drying Capacity: 100 to 3,400 SCFM
• Minimum Output Dew Point: -100 to -40 F
• Dryer Technology: Desiccant
• Regeneration: Heatless Regeneration

Description: These compact dryers use a small portion of dried compressed air to regenerate the offline tower Initial cost: Low - Operating cost: Moderate to High - Maintenance cost: Low Read more:

• Drying Capacity: 8 to 365 SCFM
• Minimum Output Dew Point: -100 to -40 F
• Dryer Technology: Desiccant
• Regeneration: Heatless Regeneration

Description: Titus Air Systems features ten highly efficient models in the TDD Series dryer range. With flow rates from 4 scfm (7 Nm3 /h - 1.94 l/s) to 365 scfm (620 Nm3 /h - 172 l/s), the entire range can operate at -40ºF (-40ºC) pressure dewpoint as standard, with an option of -100ºF (-70ºC) for

• Drying Capacity: 4 to 365 SCFM
• Power Source: AC Single Phase
• Features: Automatic Condensate Drain
• Dryer Technology: Desiccant

Description: Model: KAD series Capacities: 40 to 5400 scfm @100 psig Pressure dew point down to: -94 °F Kaeser Adsorptive Desiccant Dryers (KAD Series) employ a heatless regenerative design to produce pressure dew points as low as -94°F. Solid-state controls with adjustable cycle timers allow KAD

• Drying Capacity: 40 to 5,400 SCFM
• Maximum Pressure: 150 psi
• Minimum Output Dew Point: -40 F
• Dryer Technology: Desiccant

Description: Available flow rates: 40 - 5400 scfm. The DL Series dryers are engineered with three application specific control systems delivering consistent outlet pressure dew points to ISO 8573.1 Class 1 (-100°F). Key Features Minimum purge air used offers quiet operation Premium grade desiccant

• Drying Capacity: 40 to 5,400 SCFM
• Dryer Technology: Desiccant

Description: compressed air connections and the SIGMA CONTROL SMART controller's standard-equipped network interface ensure easy installation and integration into the compressed air network. Pressure dew point down to -94 °F Network-capable SIGMA CONTROL SMART controller KAESER FILTERS - with

• Drying Capacity: 7 to 40 SCFM
• Maximum Pressure: 218 psi
• Minimum Output Dew Point: -40 to -94 F
• Power Source: AC Single Phase

Description: GENERON provides a full range of Instrument Air Packages. These packages can be unitized with Primary Air Compression to reduce the overall package size and installation cost and time. GENERON® systems are compact and virtually maintenance free. The compressed air, saturated

• Minimum Output Dew Point: -40 F
• Regeneration: Heatless Regeneration
• Dryer Technology: Membrane
• Power Source: None

Description: RDHL Desiccant Heatless Series (600 – 2050 scfm • 17.0 – 58.0 m³/min) Rated at −40°F (-40°C) dew point at 100 psig (6.9 bar), these dryers are mounted on draggable skids with air-in, air-out, and power connections. Their rugged design makes them well-suited for the

• Drying Capacity: 600 to 2,050 SCFM
• Maximum Pressure: 100 psi
• Minimum Output Dew Point: -40 F
• Operating Temperature: 120 F

Description: design one tower dries the air from the compressor while the desiccant in the other tower is being regenerated to provide continuous operation. These dryers are typically referred to as "heatless" or "heated". Heatless dryers do not use any source of heat for

• Drying Capacity: 3 to 60 SCFM
• Maximum Pressure: 250 psi
• Minimum Output Dew Point: -40 F
• Operating Temperature: 68 to 125 F

Description: DLW series desiccant air dryers protect air systems exposed to temperatures below freezing. The fully enclosed wall-mounted package delivers dew points of ISO 8573.1 Class 1 and Class 2 with guaranteed flow rates of 7 to 50 scfm. Applications including labs, hospitals, and

• Drying Capacity: 7 to 50 SCFM
• Dryer Technology: Desiccant

Description: Flow Capacities Maximum inlet flow capacities at various pressures: To determine a dryer's inlet flow capacity at inlet pressures other than 100 psig, multiply the dryer's rated inlet flow (found in Table 1) by the multiplier from Table 2 that corresponds to the system pressure at the

• Drying Capacity: 780 SCFM
• Maximum Pressure: 150 psi
• Dryer Technology: Desiccant

Description: GENERON® Heatless Desiccant Dryers consist of two towers containing a specialized material that absorbs the water vapor in the saturated compressed air stream. The amount of time that the saturated air remains in contact with the absorption material dictates the output

• Drying Capacity: 400 SCFM
• Minimum Output Dew Point: -100 F
• Dryer Technology: Desiccant

Description: Compressed Air and Gas Dryers Standard refrigerated type compressed air dryers are available to 5000 SCFM (130 m³/hour) and larger capacity dryers are available upon request Standard regenerative type desiccant compressed air dryers are available to

• Drying Capacity: 6,000 SCFM
• Maximum Pressure: 5,000 to 10,000 psi
• Dryer Technology: Desiccant, Refrigerated
• Regeneration: Heatless Regeneration

Description: airflow through the tower. Compressed purge air volume is reduced, further optimizing energy conservation. An HPD Series dryer with an EMS package may enable the use of a smaller air compressor. Total system efficiency would then be superior due to the linear energy-saving

• Drying Capacity: 300 SCFM
• Dryer Technology: Desiccant

Description: 10 to 3000 scfm -40°F Dew Point Use No External Heat Heatless Internal Heated External Heated External heated Blower Purge

• Drying Capacity: 10 to 3,000 SCFM
• Regeneration: Heatless Regeneration
• Dryer Technology: Refrigerated

Description: Nirvana cycling refrigerated dryers provide reliability that you can count on to protect your air system. Its distinct, patented heat exchanger design helps to provide high heat transfer with low pressure drop. These dryers save users money because it does not waste energy

• Drying Capacity: 200 to 8,000 SCFM
• Maximum Pressure: 300 psi
• Minimum Output Dew Point: 38 F
• Power Source: AC Single Phase, AC Three Phase

Description: Ingersoll Rand high pressure cycling refrigerated dryers provide reliability like no other dryer in their class — ideal for high pressure applications with demanding environments, such as the PET industry

• Drying Capacity: 510 to 6,635 SCFM
• Maximum Pressure: 680 psi
• Minimum Output Dew Point: 38 F
• Motor Power (Refrigerated Style): 1.5 to 10.5 HP

Description: Floor mounted, fail safe operation, continuous flow in power failure

• Drying Capacity: 581 SCFM
• Maximum Pressure: 120 psi
• Minimum Output Dew Point: -40 F
• Operating Temperature: 120 F

Description: indicators. Our air-cooled and water-cooled chillers are used in air coils, radiators, heat exchangers, nozzles, jacketed vessels, barrels, as well as mixers. Compressed Air/Gas Drying Systems Gas Dryer Options Desiccant dryer Membrane dryer Others

• Motor Power (Refrigerated Style): 0.25 to 5 HP
• Dryer Technology: Desiccant, Membrane, Refrigerated

Description: particles and aerosols down to 0.01 µm. Filter also includes electronic condensate drain Heatless regenerating desiccant dryer removes water vapor and carbon dioxide, drying the air to a pressure dew point of -40°F Catalytic converter removes carbon monoxide Activated carbon

• Drying Capacity: 18 to 1,130 SCFM
• Maximum Pressure: 150 psi
• Minimum Output Dew Point: -40 F
• Features: Automatic Condensate Drain, Integral Filter

Description: Pressure Swing dryers provide a source of very dry compressed air for use as a zero gas in humidity calibration systems, or for general laboratory applications. The Michell PSD Series Pressure Swing Dryers use two columns filled with 4Å molecular sieve desiccant, which are used

• Operating Temperature: 41 to 95 F

Description: Downstream of Refrigerated Air Dryer Downstream of Heatless Desiccant Dryer Upstream of KOR/KOX Liquid Removal -100% of water Max. Liquid Loading - 2,000 ppm w/w Solid Particle Removal -1 micron Oil Carry-Over -1 ppm w/w Pressure Drop: Dry-1 psi; Wet-2 psi

• Maximum Air Volume: 5,000 SCFM
• Maximum Inlet Pressure: 225 psi
• Drain: Manual
• Features: Other, Pressure Gauge