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ALMIG Lento 22 LK

Immediately available:
New speed-controlled ALMIG screw compressor LENTO 22 LK (air-cooled), oil-free

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Equipment:
- AIR CONTROL P controller

Technical Specifications
Type: LENTO 22LK
Adjustable operating pressure: 5 to 10 bar (stepless adjustment)

Free air delivery at minimum/maximum speed (measured according to ISO 1217 Annex C):
At 5 bar min/max: 1.03 / 3.67 m³/min
At 6 bar min/max: 1.00 / 3.46 m³/min
At 7 bar min/max: 0.97 / 3.29 m³/min
At 8 bar min/max: 0.93 / 3.06 m³/min
At 9 bar min/max: 0.90 / 2.82 m³/min
At 10 bar min/max: 0.87 / 2.58 m³/min

Drive motor rated power: 22 kW
Drive motor protection/insulation class: IE 3
Fan motor rated power: 0.2 kW
Fan motor protection/insulation class: IP 54 / H
Operating voltage / frequency: 400 V / 50 Hz
Residual oil content: 0 mg/m³

Sound pressure level (DIN 45635 Part 13)
Sound insulated, at:
50% load: 67 dB(A)
100% load: 69 dB(A)

Dimensions:
Length: 1,880 mm
Width: 850 mm
Height: 1,985 mm
Weight: 910 kg
Compressed air connection: G 1 inch

Oil-free screw compressors of the LENTO series ensure maximum efficiency in compressed air preparation by precisely matching the delivery rate to the required compressed air demand, maintaining low compressed air outlet temperatures, and minimizing service and maintenance costs.

The demand for high-quality, 100% oil-free compressed air is not only essential in the pharmaceutical, food, electrical engineering, and medical industries but is also required wherever products of the highest quality are manufactured. This is why ALMiG’s oil-free LENTO series compressors provide maximum compressed air quality for the most sensitive applications.

Only water—the most natural of all raw materials—is used in the compression process. The result is:

- Clean, environmentally friendly, oil-free compressed air; dust particles drawn in are washed out by the water
- Clean condensate—pure water—which can be discharged directly into the sewage system
- Lowest compression temperatures thanks to optimum heat dissipation via water, resulting in minimal energy consumption for compressed air production

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