array(1) {
  [0]=>
  object(stdClass)#808 (4) {
    ["image_bg"]=>
    string(36) "56c5bb36-10e1-11e4-bc32-60a44ce760c3"
    ["slidedelay"]=>
    string(0) ""
    ["images"]=>
    array(4) {
      [0]=>
      object(stdClass)#804 (7) {
        ["image"]=>
        string(36) "f4412ff2-2dce-11e4-bb8f-60a44ce760c3"
        ["position"]=>
        array(5) {
          ["bottom"]=>
          string(0) ""
          ["left"]=>
          string(3) "-10"
          ["right"]=>
          string(0) ""
          ["top"]=>
          string(3) "350"
          ["unit"]=>
          string(2) "px"
        }
        ["slidedirection"]=>
        string(4) "left"
        ["slideoutdirection"]=>
        string(4) "left"
        ["durationin"]=>
        string(0) ""
        ["durationout"]=>
        string(0) ""
        ["url"]=>
        string(0) ""
      }
      [1]=>
      object(stdClass)#799 (7) {
        ["image"]=>
        string(36) "f4412fca-2dce-11e4-bb8f-60a44ce760c3"
        ["position"]=>
        array(5) {
          ["bottom"]=>
          string(0) ""
          ["left"]=>
          string(3) "620"
          ["right"]=>
          string(0) ""
          ["top"]=>
          string(2) "20"
          ["unit"]=>
          string(2) "px"
        }
        ["slidedirection"]=>
        string(6) "bottom"
        ["slideoutdirection"]=>
        string(4) "left"
        ["durationin"]=>
        string(0) ""
        ["durationout"]=>
        string(0) ""
        ["url"]=>
        string(0) ""
      }
      [2]=>
      object(stdClass)#797 (7) {
        ["image"]=>
        string(36) "f4412fe5-2dce-11e4-bb8f-60a44ce760c3"
        ["position"]=>
        array(5) {
          ["bottom"]=>
          string(0) ""
          ["left"]=>
          string(0) ""
          ["right"]=>
          string(0) ""
          ["top"]=>
          string(2) "20"
          ["unit"]=>
          string(2) "px"
        }
        ["slidedirection"]=>
        string(4) "left"
        ["slideoutdirection"]=>
        string(4) "left"
        ["durationin"]=>
        string(0) ""
        ["durationout"]=>
        string(0) ""
        ["url"]=>
        string(0) ""
      }
      [3]=>
      object(stdClass)#807 (7) {
        ["image"]=>
        string(36) "f4413000-2dce-11e4-bb8f-60a44ce760c3"
        ["position"]=>
        array(5) {
          ["bottom"]=>
          string(0) ""
          ["left"]=>
          string(3) "620"
          ["right"]=>
          string(0) ""
          ["top"]=>
          string(3) "250"
          ["unit"]=>
          string(2) "px"
        }
        ["slidedirection"]=>
        string(4) "left"
        ["slideoutdirection"]=>
        string(4) "left"
        ["durationin"]=>
        string(0) ""
        ["durationout"]=>
        string(0) ""
        ["url"]=>
        string(0) ""
      }
    }
    ["texts"]=>
    array(0) {
    }
  }
}

Oil-free serial-compressor stations

with membrane dryers

The standard station has an oil-free compressor, control gear, and quick coupling with hose nozzle. The compact design allows the cooler and the membrane dryer to be mounted on the top of the pressure receiver, which features the antibacterial internal coating. Further options such as a fine filter and an operational hours meter are available.

Characteristics of membrane drying systems at Dürr Technik

  • Nearly complete dryness of the compressed air
  • Compressor duty cycle is 100
  • Low pressure dew point at approx. 5°C (at 40°C ambient temperature)
  • Compact design for space-saving installation
  • Maintenance-free - only annual filter change

Advantages of compressors with membrane dryer

  • Completely dry air with constant availability with the Dürr Technik membrane dryer
  • First-class compressed air through oil-free compressors
  • New, innovative technology without regeneration times with constant power availability
  • Water separation efficiency 3x higher, i.e. 3x better drying performance compared to conventional adsorption dryers
Technical data of the membrane dryers:
  1. Pressure range (usable) 4 – 10 bar (60-145 psi)
  2. Operating pressure 7 bar (100 psi)
  3. Ambient temperature 5 – 40 °C (41 – 104 F)
  4. Dew point reduction 35 Kelvin (-396 F)
  5. Microfilter (built-in) 3 micron
Volume of vessel

U = 3 litres
W = 10 litres
T = 25 litres
H = 55 litres
P = 90 litres

Technical data

Type Free air flow at 5 bar Noise level Motor input Current consumption Voltage Frequency Protection Class Weight Dimensions
  (l/min) PN dB (A) P1 (kW) (A) (V) (Hz) (IP) (kg) L x W x H (mm)
Type Free air flow at 5 bar Noise level Motor input Current consumption Voltage Frequency Protection Class Weight Dimensions
  (SCFM) PN dB (A) P1 (kW) (A) (V) (Hz) (IP) (kg) L x W x H (in)
TA-065C1M 35 68 0,53 2,5 230 50 IP54 36 615x435x670
TA-065C1M 1.24 68 0.53 2.5 230 50 IP54 79.4 24.2x17.1x26.3
TA-065C1M 41 70 0,59 2,6 230 60 IP54 36 615x435x670
TA-065C1M 1.45 70 0.59 2.6 230 60 IP54 79.4 24.2x17.1x26.3
TA-100C1M 59 68 0,92 4,9 230 50 IP54 52 615x435x670
TA-100C1M 2.08 68 0.92 4.9 230 50 IP54 114.6 24.2x17.1x26.3
TA-100C1M 70 66 0,97 4,3 230 60 IP54 52 615x435x670
TA-100C1M 2.47 66 0.97 4.3 230 60 IP54 114.6 24.2x17.1x26.3
TAG-132M 63 70 0,82 3,9 230 50 IP54 40 615x475x670
TAG-132M 2.22 70 0.82 3.9 230 50 IP54 88.2 24.2x18.7x26.3
TAG-132M 74 72 0,94 4,1 230 60 IP54 40 615x475x670
TAG-132M 2.61 72 0.94 4.1 230 60 IP54 88.2 24.2x18.7x26.3
TA-200C1M 122 69 1,37 6,3 230 50 IP54 54 630x475x670
TA-200C1M 4.31 69 1.37 6.3 230 50 IP54 119 24.8x18.7x26.3
HA-200C1M 122 69 1,37 6,3 230 50 IP54 70 925x450x720
HA-200C1M 4.31 69 1.37 6.3 230 50 IP54 154.3 36.4x17.7x28.3
HB-304M 215 77 2,95 4,4 400 50 IP54 86 920x480x720
HB-304M 7.59 77 2.95 4.4 400 50 IP54 189.6 36.2x18.9x28.3
HB-304M 254 79 2,95 4,8 400 60 IP54 86 920x480x720
HB-304M 8.97 79 2.95 4.8 400 60 IP54 189.6 36.2x18.9x28.3
P2B-304M 507 77 5,9 9,6 400 60 IPX4 143 1020x620x820
P2B-304M 1.91 77 5.9 9.6 400 60 IPX4 315.3 40.1x24.4x32.2
P2B-304M 430 74 4,4 8,8 400 50 IPX4 143 1020x620x820
P2B-304M 1.19 74 4.4 8.8 400 50 IPX4 315.3 40.1x24.4x32.2

How can we help you?

Get in contact with us by e-mail or telephone.

Germany
+49 7142 90 22-0
United Kingdom
+44 1761 422944
United States of America
+1 516-214-5659
X
Contact person

Any questions?

I would like to help you

Wilhelm Sevens