Antares Series Low Energy Tandem Technology Compressed Air Dryer | Product Series

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Antares Series Low Energy Tandem Technology Compressed Air Dryer Antares Series Low Energy Tandem Technology Compressed Air Dryer Antares Series Low Energy Tandem Technology Compressed Air Dryer Antares Series Low Energy Tandem Technology Compressed Air Dryer Antares Series Low Energy Tandem Technology Compressed Air Dryer

Antares Series Low Energy Tandem Technology Compressed Air Dryer OBSOLETE

Where to Buy

This product is no longer available please refer to Antares Plus-E instead.

Technical Specifications

  • Division: Gas Separation and Filtration Division EMEA
  • Brand: Parker
  • Technology: Filtration
  • Application: Compressed Air Applications
  • Product Type: Compressed Air Dryer
  • Product Style: Hybrid
  • Product Series: Antares
  • Industry: Industrial Manufacturing Equipment
    Food & Beverage
    Automotive
    Electronics
    Pharmaceuticals
    Medical & Dental
  • Flow Rate: 360 to 2040 m3/hour at 7 barg, 212 to 1200 CFM at 102 psig
  • Drain: External Electonic
    or Timed Solenoid
  • Options: ModBus RS485
    Bypass
    Temperature Probe
    Touchscreen
  • Pressure Dew Point: Standard: -40°C (-40°F)
    , Options: -70°C (-100°F) or -20°C (-4°F)
  • ISO Grade: Standard: Class 2.2.2
    Options: Class 2.1.2 or Class 2.3.2
  • Refrigerant Type: R407c
  • Operating Pressure: 2 to 12 barg, 29 to 174 psig (ATT 060 to 140), 4 to 12 barg (ATT 060 to 140), 58 to 174 psig (ATT 260 to 340)
  • Operating Temperature: 5 to 65 °C, 41 to 149 °F
  • Ambient Temperature: 50.0 °C Maximum, 122.0 °F Maximum
  • Electrical Requirements: ATT 060 - 090:
    230V 1ph 50Hz

    ATT 140 - 340: 400V 3ph 50Hz
  • Power Consumption: 1.27 to 5.17 kW
  • Port Size: 1-1/2 to 2-1/2 inch
  • Compatible Prefilter: OIL-X Grades AO and AA Coalescing (Included)
  • Compatible After Filter: OIL-X Grade AO Dry Particulate (Included)
  • Connection Type: BSPP
  • Ingress Protection Rating: IP44 Indoor Use Only
  • Specifications Met: PED 2014/68/EU Fluid Group II
  • Noise Level: < 75 dBA
  • Height: 1214 to 1720 mm, 47.8 to 67.7 inch
  • Width: 806 to 1007 mm, 31.7 to 39.6 inch
  • Depth: 1416 to 2535 mm, 55.7 to 99.8 inch
  • Weight: 295 to 950 Kg
    (650 to 2094 lbs)
Safety Warning

Full Product Description

Parker Antares Tandem Technology dryers are an innovative family of compressed air dryers for volume flows from 360 to 2040 m³/h @ 7 bar g / PDP -40°C. Tandem Technology by Parker is a further development of the standard hybrid compressed air drying process. Compared to the conventional hybrid drying process, which is a simple lining-up of a refrigeration and an adsorption dryer, Tandem Technology goes one step further and fully integrates the two classic drying principles in a compact compressed air treatment package. This unique combination enables high-quality compressed air to be provided to the end-user with low energy consumption levels, when compared to more traditional adsorption dryers.

Benefits
• Reduced energy consumption up to 60% against traditional heatless desiccant dryers. This enables a payback time of less than 24 months. Higher savings are possible in partial load situations or when the required pressure dew point is above 0°C.

• The pressure dew point is freely adjustable between 5°C and -70°C, with no physical changes to the dryer. For example like changing an orifice, a nozzle or the type of desiccant material in order to reach the desired the dew point.

• Antares compressed air dryers can work with high compressed air inlet temperatures of up to 65°C.

• Very low cost of ownership due to reduced maintenance costs. Compared to standard adsorption dryers, Antares dryers need much less desiccant material. Additionally, some Antares models do not even need regular vessel inspections, the downtime therefore is very low.

• Antares help to keep process safety at a very high level with three integrated high performance OIL-X filters that are validated the demanding ISO12500 standard.

• Antares dryers are very compact, their footprint is considerably smaller compared to standard hybrid dryers of a similar performance.

For more information or a detailed discussion about your specific requirements please contact Parker or an authorised Parker distributor.

Related Documents

Literature and Reference Materials
Brochure - Parker GSFE 4 Year Extended Warranty - (English)
Product Information Sheet - Antares Series Low Energy Tandem Technology Compressed Air Dryer - (English)
User Manual - Antares ATT 025 - 040 Series Tandem Dryer - (IT / EN / ES / DE)
User Manual - Antares ATT 040 - 398H272288_Rev32 / 33 (multi language)
User Manual - Antares ATT 060 - 090 - 398H272985_Rev31/32 (multi language)
User Manual - Antares ATT 060 - 090 - 398H272985_Rev33 (multi language)
User Manual - Antares ATT 060 - 090 Series Tandem Dryer - (IT / EN / ES / DE)
User Manual - Antares ATT 140 - 340 - 398H272986_Rev32-33 (multi language)
User Manual - Antares ATT 140 - 340 - 398H272986_Rev34 (multi language)
Training
Video - Compressed Air Contamination and its Sources - (English)
Video - Compressed Air Contamination in Detail - (English)
Video - The Right Dryer For Your Application
Product Demos & Tutorials
Video - Antares - Product Operation
Video - Parker GSFE 4 Year Extended Warranty - (English)
Communities, Blogs & Industry Links
Support Library - Compressed Air Knowledge and Resource Centre
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Products Flow Rate Drain Electrical Requirements Options
ATT060-A23015012TI 360 m³/h @7 barg (240 cfm @102 psig) Timed Solenoid 230V 1ph 50Hz N/A
ATT060-A23015012TITB 360 m³/h @7 barg (240 cfm @102 psig) Timed Solenoid 230V 1ph 50Hz Bypass
ATT060-A23015012EX 360 m³/h @7 barg (240 cfm @102 psig) External Electonic 230V 1ph 50Hz N/A
ATT060-A23015012EXTB 360 m³/h @7 barg (240 cfm @102 psig) External Electonic 230V 1ph 50Hz Bypass
ATT090-A23015012TI 540 m³/h @7 barg (318 cfm @102 psig) Timed Solenoid 230V 1ph 50Hz N/A
ATT090-A23015012TITB 540 m³/h @7 barg (318 cfm @102 psig) Timed Solenoid 230V 1ph 50Hz Bypass
ATT090-A23015012EX 540 m³/h @7 barg (318 cfm @102 psig) External Electonic 230V 1ph 50Hz N/A
ATT090-A23015012EXTB 540 m³/h @7 barg (318 cfm @102 psig) External Electonic 230V 1ph 50Hz Bypass
ATT140-A40035012EI 840 m³/h @7 barg (494 cfm @102 psig) External Electonic 400V 3ph 50Hz N/A
ATT140-A40035012EITB 840 m³/h @7 barg (494 cfm @102 psig) External Electonic 400V 3ph 50Hz Bypass
ATT260-A40035012EI 1560 m³/h @7 barg (918 cfm @102 psig) External Electonic 400V 3ph 50Hz N/A
ATT260-A40035012EITB 1560 m³/h @7 barg (918 cfm @102 psig) External Electonic 400V 3ph 50Hz Bypass
ATT340-A40035012EI 2040 m³/h @7 barg (1200 cfm @102 psig) External Electonic 400V 3ph 50Hz N/A
ATT340-A40035012EITB 2040 m³/h @7 barg (1200 cfm @102 psig) External Electonic 400V 3ph 50Hz Bypass
ATT090-A23015012EXTBTP 360 m³/h @7 barg (240 cfm @102 psig) External Electonic 230V 1ph 50Hz Bypass and Temperature Probe
ATT340-W40035012EITBTP 2040 m³/h @7 barg (1200 cfm @102 psig) External Electonic 400V 3ph 50Hz Bypass and Temperature Probe
ATT260-A40035012EIC 1560 m³/h @7 barg (918 cfm @102 psig) External Electonic 400V 3ph 50Hz ModBus RS485
ATT260-A40035012EITBTP 1560 m³/h @7 barg (918 cfm @102 psig) External Electonic 400V 3ph 50Hz Bypass and Temperature Probe
ATT260-A40035012EITP 1560 m³/h @7 barg (918 cfm @102 psig) External Electonic 400V 3ph 50Hz Temperature Probe
ATT340-A40035012EIC 2040 m³/h @7 barg (1200 cfm @102 psig) External Electonic 400V 3ph 50Hz ModBus RS485
ATT340-A40035012EITBTP 2040 m³/h @7 barg (1200 cfm @102 psig) External Electonic 400V 3ph 50Hz Bypass and Temperature Probe
ATT340-A40035012EITP 2040 m³/h @7 barg (1200 cfm @102 psig) External Electonic 400V 3ph 50Hz Temperature Probe
ATT060-A23015012TITBTP 360 m³/h @7 barg (240 cfm @102 psig) Timed Solenoid 230V 1ph 50Hz Bypass and Temperature Probe
ATT060-A23015012TITP 360 m³/h @7 barg (240 cfm @102 psig) Timed Solenoid 230V 1ph 50Hz Temperature Probe
ATT090-A23015012EXC 540 m³/h @7 barg (318 cfm @102 psig) External Electonic 230V 1ph 50Hz ModBus RS485
ATT090-A23015012TITBTP 540 m³/h @7 barg (318 cfm @102 psig) Timed Solenoid 230V 1ph 50Hz Bypass and Temperature Probe
ATT090-A23015012TITP 540 m³/h @7 barg (318 cfm @102 psig) Timed Solenoid 230V 1ph 50Hz Temperature Probe
ATT140-A40035012EITBTP 840 m³/h @7 barg (494 cfm @102 psig) External Electonic 400V 3ph 50Hz Bypass and Temperature Probe
ATT140-A40035012EITP 840 m³/h @7 barg (494 cfm @102 psig) External Electonic 400V 3ph 50Hz Temperature Probe
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