do you have questions?

Compressors use 5 to 20 times the purchase price in electrical costs. The LETS screw compressors are very efficient in use, allowing LETS to guarantee they provide the lowest costs per m3 of compressed air. The compressors can be applied in the food industry, as well as other sectors.

 

Why choose LETS bv screw compressors:

  • High quality at low investment costs
  • Frequency regulated: only used of required capacity
  • Direct drive: no loss of drive, meaning higher returns
  • Optionally with heat recovery: 89% of energy is reused

Anti-condensation heating

LETS compressors are by default delivered with anti-condensation heating. When the surrounding air is cool, the oil is pre-heated, so it lubricates better. Many ‘cold’ starts are very bad for the compressor. So anti-condensation heating saves on maintenance. Anti-condensation heating is regulated thermostatically.

 

 

How much can you save on your energy costs?

Compressors consume 5-20 times the purchase price in power costs. Therefore, LETS compressors are standard frequency control, driven directly and have a low speed, which leads to considerable savings. Possibly expandable with heat recovery.
How many hours do you have per day?

hours a day
Please request your exact calculation

Types

HSC Frecon 5 Plus Compact

technical data:
  • 910 l/m
  • 7,5 bar
  • 200 L
  • 1/2"

HSC Frecon 5 Plus Compact

technical data:
  • 750 l/m
  • 10 bar
  • 200 L
  • 1/2"

HSC Frecon 5 Plus Compact

technical data:
  • 640 l/m
  • 13 bar
  • 200 L
  • 1/2"

HSC Frecon 7 Plus Compact

technical data:
  • 1200 l/m
  • 7,5 bar
  • 500 L
  • 1/2"

HSC Frecon 7 Plus Compact

technical data:
  • 1000 l/m
  • 10 bar
  • 500 L
  • 1/2"

HSC Frecon 7 Plus Compact

technical data:
  • 830 l/m
  • 13 bar
  • 500 L
  • 1/2"

HSC Frecon 11 Plus Compact

technical data:
  • 1800 l/m
  • 7,5 bar
  • 500 L
  • 3/4"

HSC Frecon 11 Plus Compact

technical data:
  • 1610 l/m
  • 10 bar
  • 500 L
  • 3/4"

HSC Frecon 11 Plus Compact

technical data:
  • 1300 l/m
  • 13 bar
  • 500 L
  • 3/4"

HSC Frecon 15 Plus

technical data:
  • 2850 l/m
  • 7,5 bar
  • 500 L
  • 3/4"

HSC Frecon 15 Plus

technical data:
  • 2330 l/m
  • 10 bar
  • 500 L
  • 3/4"

HSC Frecon 15 Plus

technical data:
  • 2070 l/m
  • 13 bar
  • 500 L
  • 3/4"

HSC Frecon 18 Plus

technical data:
  • 3500 l/m
  • 7,5 bar
  • n.v.t
  • 1"

HSC Frecon 18 Plus

technical data:
  • 3000 l/m
  • 10 bar
  • n.v.t
  • 1"

HSC Frecon 18 Plus

technical data:
  • 2600 l/m
  • 13 bar
  • n.v.t
  • 1"

HSC Frecon 22 Plus

technical data:
  • 4200 l/m
  • 7,5 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 22 Plus

technical data:
  • 3800 l/m
  • 10 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 22 Plus

technical data:
  • 3300 l/m
  • 13 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 30 Plus

technical data:
  • 5300 l/m
  • 7,5 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 30 Plus

technical data:
  • 4600 l/m
  • 10 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 30 Plus

technical data:
  • 4000 l/m
  • 13 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 37 Plus

technical data:
  • 6800 l/m
  • 7,5 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 37 Plus

technical data:
  • 5800 l/m
  • 10 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 37 Plus

technical data:
  • 5000 l/m
  • 13 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 45 Plus

technical data:
  • 7600 l/m
  • 7,5 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 45 Plus

technical data:
  • 6800 l/m
  • 10 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 45 Plus

technical data:
  • 5900 l/m
  • 13 bar
  • n.v.t
  • 1.1/4"

HSC Frecon 55 Plus

technical data:
  • 9900 l/m
  • 7,5 bar
  • n.v.t
  • 1.1/2"

HSC Frecon 55 Plus

technical data:
  • 8200 l/m
  • 10 bar
  • n.v.t
  • 1.1/2"

HSC Frecon 55 Plus

technical data:
  • 7400 l/m
  • 13 bar
  • n.v.t
  • 1.1/2"

This product is expandable with:

Construction of high-quality stainless steel pipe network.

More info

For the filtering of compressed air.

More info

Refrigeration dryer, adsorption dryer or membrane dryer.

More info

For installations where air purity is an absolute necessity.

More info

Oil is filtered from the condensate.

More info