Bezolejový skrutkový kompresor s výkonom 15 kW

ALMIG LENTO 15 - Luftgekuehlt

New speed-controlled ALMIG screw compressor LENTO 15 LK (air-cooled), oil-free

Features:
- AIR CONTROL HE controller
- GLW load/unload operation

Technical data
Model: LENTO 15LK
Adjustable operating overpressures (continuously variable): 5 to 10 bar

Free air delivery at minimum/maximum speed, measured according to ISO 1217 Annex C:
- at 5 bar min/max: 1.03 / 2.64 m³/min
- at 6 bar min/max: 1.00 / 2.42 m³/min
- at 7 bar min/max: 0.97 / 2.20 m³/min
- at 8 bar min/max: 0.93 / 2.03 m³/min
- at 9 bar min/max: 0.90 / 1.82 m³/min
- at 10 bar min/max: 0.87 / 1.63 m³/min

Drive motor rated power: 15 kW
Drive motor protection type/class: IE 3
Fan motor rated power: 0.2 kW
Fan motor protection type/class: IP 54 / H
Operating voltage / frequency: 400 V / 50 Hz
Residual oil content: 0 mg/m³

Sound pressure level (DIN 45635 T.13), soundproofed:
- at 50% load: 66 dB(A)
- at 100% load: 68 dB(A)

Dimensions (L x W x H): 1,880 x 850 x 1,985 mm
Weight: 890 kg
Compressed air connection: G 1" inch

The oil-free LENTO series screw compressors ensure highest efficiency in compressed air processing thanks to precise adaptation of the volume flow to the respective compressed air demand, low compressed air discharge temperatures, and minimized service and maintenance costs.

The requirement for high-quality, 100% oil-free compressed air is not only a necessity in the pharmaceutical, food, electronics, and medical industries, but also wherever products of the highest quality are produced. For this reason, ALMiG relies on the oil-free compressors of the LENTO series to 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:
- Clean, environmentally friendly compressed air without oil; intake dust particles are washed out by the water
- Clean condensate—pure water—that can be discharged directly into the sewage system
Bodsdtm Ndepfx Afasdk
- Lowest possible compression temperatures due to optimal heat dissipation via water, and therefore minimal energy consumption for compressed air generation

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