Antares Plus-E Green Hybrid Technology Low Energy Compressed Air Dryer | Product Series

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Antares Plus-E Green Hybrid Technology Low Energy Compressed Air Dryer Antares Plus-E Green Hybrid Technology Low Energy Compressed Air Dryer Antares Plus-E Green Hybrid Technology Low Energy Compressed Air Dryer Antares Plus-E Green Hybrid Technology Low Energy Compressed Air Dryer

Antares Plus-E Green Hybrid Technology Low Energy Compressed Air Dryer

Where to Buy

Green, low energy Hybrid Technology dryers for compressed air applications in industrial and processing markets. Providing volume flows up to 2040 m³/h @ 7 bar g at a dew point of -40°C (-20°C and -70°C options available).

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 Plus-E
  • 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: Integrated electronic capacitive
  • Options: Bypass
    Temperature Probe
  • 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: R513A
  • Operating Pressure: 2 to 12 barg, 29 to 174 psig (ATT+ 060 to 90), 4 to 12 barg (ATT+ 060 to 90), 58 to 174 psig (ATT+ 140 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: See Part Number for Details.
  • Width: Various (view Part Number for details)
  • Depth: Various (view Part Number for details)
  • Weight: See part number for details.
Safety Warning

Full Product Description

The Antares Plus-E hybrid technology low energy dryer (ATT+ 060-340) is a green and eco-friendly solution integrating the principles of refrigeration and adsorption into a single compact compressed air treatment package, resulting in a highly efficient, economic and low maintenance drying solution, with particular attention to the environment thanks to the use of a low GWP refrigerant (R513A).

Antares Plus-E dryers deliver a cost-effective solution across a wide range of industrial and processing applications. Furthermore, they are especially suited for general purpose applications with external piping: in warmer months, the adsorption dryer can be bypassed to save energy and simply be reinstated in colder months when a refrigeration dryer dewpoint would be insufficient to prevent condensation in external piping.

Features
• Lower GWP refrigerant (R513A), in line with the requirements of the F-Gas regulation.
• Touch screen controller with integrated MODBUS RTU / TCP IP on all sizes.
• Industry 4.0 and IoT ready.
• LED and pressure gauge indicators.
• Improved energy efficiency, thanks to optimized cycling and stand by time.
• Integrated electronic capacitive drain on all models.
• Improved maintenance operation, thanks to data log via USB port. Easier service access, and removable filter insulation.

Benefits
• ATT+ dryers provide a constant outlet dewpoint in accordance with ISO8573-1 classes 1, 2, 3 or 4 for water vapour.

• User can set customisable dewpoints

• ATT+ dryers use clean, dry purge air for regeneration, eliminating any risk of damage to the adsorption bed or re-contamination of the downstream compressed air.

• Adsorption dryer can be switched off and bypassed during warmer months to increase energy savings (running as a refrigeration dryer only).

• ATT+ fridge side uses R513A refrigerant with low GWP, in line with the requirements of the F-Gas regulation, protects the environment and prevents from potential disruptions coming from refrigerants with higher GWP.

• Low maintenance costs, thanks to a longer desiccant lifetime, and reduced desiccant quantity.

• Quick maintenance operation. Thanks to easy service access, removable filter insulation, data log via USB port, HP / LP gauges on all models and service indicators.

• Very low running costs with a reduction in energy consumption of up to 60% compared to non-hybrid drying solutions.

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 - Antares Plus-E Green Hybrid Technology Low Energy Dryer - (English)
Product Information Sheet - Antares Plus-E Green Hybrid Technology Low Energy Dryer - (English)
User Manual - Hybrid dryers ATT+ 060-090 398H272219_rev00 - multi language
User Manual - Hybrid dryers ATT+ 060-090 398H272219_rev03
User Manual - Hybrid dryers ATT+ 060-090 398H272219_rev04 - multi language
User Manual - Hybrid dryers ATT+ 140-340 398H272220_rev00 - multi language
User Manual - Hybrid dryers ATT+ 140-340 398H272220_rev03
User Manual - Hybrid dryers ATT+ 140-340 398H272220_rev04 - multi language
User Manual - Hybrid dryers ATT+ 060-090 398H272219_rev02 - (multi language)
User Manual - Hybrid dryers ATT+ 140-340 398H272220_rev02 with multi language
Brochure - Parker GSFE 4 Year Extended Warranty - (English)
Training
Video - Compressed Air Contamination in Detail - (English)
Video - The Right Dryer For Your Application
Product Demos & Tutorials
Video - Antares - Product Operation
Communities, Blogs & Industry Links
Support Library - Compressed Air Knowledge and Resource Centre
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Products Flow Rate Electrical Requirements Options
ATT060+A23015012EITS 360 m³/h @7 barg (240 cfm @102 psig) 230V 1ph 50Hz None
ATT060+A23015012EITSTB 360 m³/h @7 barg (240 cfm @102 psig) 230V 1ph 50Hz Bypass
ATT060+A23015012EITSTBTP 360 m³/h @7 barg (240 cfm @102 psig) 230V 1ph 50Hz Bypass and Temperature Probe
ATT060+A23015012EITSTP 360 m³/h @7 barg (240 cfm @102 psig) 230V 1ph 50Hz Temperature Probe
ATT090+A23015012EITS 540 m³/h @7 barg (318 cfm @102 psig) 230V 1ph 50Hz None
ATT090+A23015012EITSTB 540 m³/h @7 barg (318 cfm @102 psig) 230V 1ph 50Hz Bypass
ATT090+A23015012EITSTBTP 540 m³/h @7 barg (318 cfm @102 psig) 230V 1ph 50Hz Bypass and Temperature Probe
ATT090+A23015012EITSTP 540 m³/h @7 barg (318 cfm @102 psig) 230V 1ph 50Hz Temperature Probe
ATT140+A40035012EITS 840 m³/h @7 barg (494 cfm @102 psig) 400V 3ph 50Hz None
ATT140+A40035012EITSTB 840 m³/h @7 barg (494 cfm @102 psig) 400V 3ph 50Hz Bypass
ATT140+A40035012EITSTBTP 840 m³/h @7 barg (494 cfm @102 psig) 400V 3ph 50Hz Bypass and Temperature Probe
ATT140+A40035012EITSTP 840 m³/h @7 barg (494 cfm @102 psig) 400V 3ph 50Hz Temperature Probe
ATT260+A40035012EITS 1560 m³/h @7 barg (918 cfm @102 psig) 400V 3ph 50Hz None
ATT260+A40035012EITSTB 1560 m³/h @7 barg (918 cfm @102 psig) 400V 3ph 50Hz Bypass
ATT260+A40035012EITSTBTP 1560 m³/h @7 barg (918 cfm @102 psig) 400V 3ph 50Hz Bypass and Temperature Probe
ATT260+A40035012EITSTP 1560 m³/h @7 barg (918 cfm @102 psig) 400V 3ph 50Hz Temperature Probe
ATT340+A40035012EITS 2040 m³/h @7 barg (1200 cfm @102 psig) 400V 3ph 50Hz None
ATT340+A40035012EITSTB 2040 m³/h @7 barg (1200 cfm @102 psig) 400V 3ph 50Hz Bypass
ATT340+A40035012EITSTBTP 2040 m³/h @7 barg (1200 cfm @102 psig) 400V 3ph 50Hz Bypass and Temperature Probe
ATT340+A40035012EITSTP 2040 m³/h @7 barg (1200 cfm @102 psig) 400V 3ph 50Hz Temperature Probe
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