The Wordfik KTD140 is a high-capacity dry rotary vane compressor delivering +1500 mbar with a flow rate of 140 m³/h at 50Hz and 168 m³/h at 60Hz. Powered by a 7.5 kW (50Hz) or 9 kW (60Hz) motor, the KTD140 represents the upper end of the single-pump KTD series. It is designed for heavy industrial applications and can serve as a central compressor for medium-sized facilities.

Key Features :

• Near-Industrial Scale – 140-168 m³/h approaches the flow of small rotary screw compressors but with oil-free operation.

• High-Power Motor – 7.5-9 kW provides the torque and thermal capacity for continuous high-demand operation.

• Pressure Retention – Maintains +1500 mbar even with multiple downstream users cycling on and off.

• Robust Construction – Heavy-duty castings and reinforced internals for extended service life.

• Oil-Free Guarantee – Zero oil contamination risk for critical processes.

Applications :

• Wastewater Aeration – Powers large-scale municipal aeration systems or industrial effluent treatment plants.

• Printing Blast Air – Supplies high-pressure air for entire newspaper or commercial printing facilities.

• Wine Presses – Drives multiple large presses or a single very large press in high-volume wineries.

• Drainage System Reliners – Inflates large-diameter trunk sewer liners requiring sustained high pressure.

• Pneumatic Conveying – Conveys dense materials at high rates over long distances.

• Factory Central Air – Serves as a dedicated clean air source for production departments or entire small factories.

Advantages :

• Clean, Oil-Free Discharge – Essential for food, beverage, medical, and wastewater applications

• Energy Efficient – Low power consumption reduces operating costs

• Minimal Maintenance – No oil changes means less downtime and lower consumable expenses

• Compact Design – Fits easily into tight equipment spaces or mobile systems

• Quiet Performance – Suitable for noise-sensitive environments

*1) Contact us for other voltage options. *2) Instruction manual. *3) Performance curves. *4) 3D model diagram.