Air Pumps

View General Brochure (PDF)

Ogura's Design Advantages

Low system inertia:
The advanced rotor design uses low inertia components that can be easily accelerated and maintain good clearance in high temperatures.

Remote engagement/disengagement:
An electromagnetic clutch can be added to any of the Ogura air pumps to allow easy engagement or disengagement, reducing parasitic loads since the unit only rotates when air boost is needed.

Special coated rotors:
The rotor lobes in the air pumps have a special coating that helps them to adapt to the thermal expansion within the unit, this helps to maintain very tight clearances. The rotors coating also has the ability to absorb particulates, reducing the chance of scoring the housing, allowing the unit to maintain high efficiency over a long time.

Higher efficiency:
Because of the advanced rotor design the sealing of the air is spread over a larger contact area, which improves operating efficiency and reduces noise.


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Model
No.
Theoretical
Discharge
cc/rev
Max RPM
(cont)
(RPM)
Max RPM
(inst)
(RPM)
Max Pressure
ratio (cont)
Max Pressure
ratio (inst)
Max Discharge at
Max RPM
(at pressure ratio 1.8)
(m3/h)
Wgt
(kg)
PIC PDF DXF
TX01 100 12000 15000 1.8 2.0 0.00 2.00
TX12 1160 11000 14000 1.8 2 605.00 8.40 Download PDF
TX15 1460 10000 13000 1.8 2 675.00 10.00 Download PDF
TX02 200 0.00 0.00
TX20 2060 9000 13000 1.8 2 920.00 15.00 Download PDF DXF
TX04 410 12000 15000 1.8 2 235.00 5.30 Download PDF DXF
TX07 730 12000 15000 1.8 2 415.00 6.60 Download PDF
TX10 960 11000 14000 1.8 2 500.00 7.80 Download PDF