KA-MT 35-95 Series Compressed Air Adsorption Dryers With Activated Carbon Stage
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KA-MT 35-95 Series Compressed Air Adsorption Dryers with Activated Carbon Stage

Brand: Zander

The Parker Zander KA-MT 35-95 range of heatless adsorption dryers with integrated activated carbon stage are designed to dry industrial compressed air reliably and efficiently down to a pressure dew point of -70 °C with a remaining oil content of 0.003 mg/m³. 

The units are compact and are designed to be installed free-standing.  

KA-MT series compressed air dryers have an integrated activated carbon stage for the removal of oil vapours and GL series pre- and post filtration, they are capable of volume flows up to 940 m³/h in a system operating at 7 barg (100 psig).
Features
  • Pressure dew points down to -70 °C
  • Volume flows up to 940 m³/h @ 7 barg (100 psig)
  • Pre- and post filters installed as standard
  • Fully dewpoint dependent control is possible as an option
  • Remaining oil content of 0.003 mg/m³

Benefits
  • Highest quality air
  • Energy efficient
  • Dry air means zero corrosion

Specifications

Brand

Minimum Operating Pressure

  • 72.5 psig
  • 5 barg

Port Size

  • 1-1/2" to 2-1/2"

Controller Type

  • Multitronic

Maximum Operating Pressure

  • 232 psig
  • 16 barg

Prefilter Type

  • GL11XLD to GL14XLD

Weight

  • 210 to 510 kg

Minimum Operating Temperature

  • 77° F
  • 25° C

Pressure Dew Point

  • -13 to -97° F
  • -25 to -70° C

Maximum Operating Temperature

  • 122° F
  • 50° C

Power Consumption

  • 17.2 W

Connection Type

  • BSP-P DIN ISO 228

After-Filter Type

  • GL9ZLDH to GL14ZLDH

Maximum Ambient Temperature

  • 50° C

IP Protection Rating

  • 65

Approvals & Certifications

  • PED 97/23/EG Module D+B Category II

Minimum Ambient Temperature

  • 1.5° F

Electrical Requirements

  • 230 V, 50/60 Hz

Width

  • 830 to 1020 mm

Maximum Flow Rate (at 101 psig / PDP -40° F)

  • 553 CFM

Depth

  • 585 to 670 mm

Dryer Technology

  • Heatless with Activated Carbon Stage

Height

  • 1810 to 2020 mm

Documentation

Literature and Reference Materials

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