Pilot TFD150 Refrigerated Compressed Air Dryer System

The Pilot TFD 150 Refrigerated Compressed Air Dryer System is rated for Australian conditions with a flow rate based on an ambient temperature of 35°C. The system offers a cost-effective solution, with reduced downtime, lower equipment maintenance costs and improved product finish.

Fitted with the efficient ALU-DRY heat exchanger, high-efficiency compressors, hot gas bypass valve and low-pressure drop, the system also offers reduced energy consumption.

  • Upgraded electrical control panel
  • Hot gas bypass valve
  • Condensate drain
  • Condenser



    Model Flow Rate Power Supply Port Sizes Dimensions mm Weight
    (L/sec) CFM Voltage In/Out Width Depth Height kg
    TFD 150 258 530 415 2″ BSP F 483 1104 1040 140
    • Technical data conforms to +/- 5%. Pilot Air reserves the right to modification without notice for design and technical improvements.
    • Warranty: 12 months on all products listed.
    • A 3 micron Pre-Filter is required to be fitted in the compressed Air System prior to the dryer to ensure product warranty.
    • For over 40 years Pilot Air Compressors has been meeting the needs of industry. Ask us about your requirements.

    Data refers to the following condition: Ambient temperature of 35°C, with inlet air at 7 bar and 45°C. Pressure dew point as per Class 5-ISO Standard 8573.1.


    Maximum working conditions: Ambient temperature of 50°C, inlet air temperature 70°C and inlet pressure 14 bar (16 bar TFD 6-22).

    The Pilot TFD 150 Refrigerated Compressed Air Dryer System operation is monitored by a digital thermometer in the control panel. The innovative new hot gas bypass valve incorporates greater precision and accuracy, preventing the formation of ice inside the evaporator under any load condition. Set during final testing, the valve requires no further adjustments.

    All models are also fitted with a timed electronic drain, which allows for the adjustment of discharge and pause times. The generous sizing of the condenser ensures maximum performance of the refrigerant circuit and the ability to operate with changes in conditions, while also offering easy access for cleaning and maintenance.