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Deduster

 


NE 160

ne160_g.jpg
Performance Dates:

  • way of operation: continuous operation
  • current: rotary current
  • power consumption: 2,2 kW
  • mains voltage: 400 V / 3 Ph ~
  • current demand: 4,7 A
  • filter area: 11,5 m²
  • dimensions: L= 1.350 mm, W= 860 mm, H= 1.960 mm
  • volume dust barrel: 185 litre
  • weight: 240 kg
  • intake manifold: ø 160 mm
  • nominal current volume (after cleaning): 1780 m³ / h
  • corresponding negative pressure in front of ventilator: 3000 Pa
  • minimal current volume: 1447 m³ / h
  • negative pressure at the interface: 3100 Pa – (4,0 m hose length with ø 160)
  • max. sound pressure level, according to MRL: 74 dB (A) – noise degree measured according to EN 23744
  • environmental conditions: from 5°C to 40°C

Regulations:

The NESTRO-dedusters correspond to the regulations of the Wood-BG, and may be used according to the TRGS 553 for the suction of single wood processing machines.
With the NESTRO dedusters all wood dusts and chippings may be exhausted. For plastic-, leather-, paper- and flour dust or other materials of the same kind the deduster may be used as well. NESTRO delivers all equipment for the connection of several machines including automatic slide valves with electronic control.

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NE 200

ne200_g.jpgDedusters with 2 chipping-dust barrels with clamp, for fast and clean changing of the inserted PE-Sacks.

performance dates:

  • way of operation: continuous operation
  • current: rotary current
  • power consumption: 4,0 kW
  • mains voltage: 400 V / 3 Ph ~
  • current demand: 8,45 A
  • filter area: 16,8 m²
  • dimensions: L= 2.350 mm, W= 900 mm, H= 2.150 mm
  • volume dust barrel: 2 x 190 litre
  • weight: 320 kg
  • intake manifold: ø 200 mm
  • nominal current volume (after cleaning): 3.200 m³ / h
  • corresponding negative pressure in front of ventilator: 2.640 Pa
  • minimal current volume: 2.260 m³ / h
  • corresponding negative pressure: 3.300 Pa
  • max. sound pressure level, according to MRL: 72 dB (A) – noise degree measured according to EN 23744
  • environmental conditions: from 5°C to 40°C

The dedusters of the types NE 200 and NE 250 may instead of dust barrels be connected with a push floor delivery for automatic operation to a NESTRO briquetting system. This ensures a dust free disposal according to TRGS 553.

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NE 250

ne250_g.jpgDeduster NE 250 with 5,5 kW, suction- ø 250 mm,
nominal current volume 5.000 m³ / h.

Deduster NE 250 with 3 chipping-barrels with clamp for fast and clean changing of the inserted PE-Sacks.

performance dates:

  • way of operation: continuous operation
  • current: rotary current
  • power consumption: 5,5 kW
  • mains voltage: 400 V / 3 Ph ~
  • current demand: 11,5 A
  • filter area: 25,2 m²
  • dimensions: L= 3.350 mm, W= 1.020 mm, H= 2.290 mm
  • volume dust barrel: 3 x 190 litre
  • weight: 740 kg
  • intake manifold: ø 250 mm
  • nominal current volume (after cleaning): 5.000 m³ / h
  • corresponding negative pressure in front of ventilator: 2.640 Pa
  • minimal current volume: 3.532 m³ / h
  • corresponding negative pressure: 3.300 Pa
  • max. sound pressure level, according to MRL: 72 dB (A) – noise degree measured according to EN 23744
  • environmental conditions: from 5°C to 40°C

The dedusters of the types NE 200 and NE 250 may instead of dust barrels be connected with a push floor delivery for automatic operation to a NESTRO briquetting system. This ensures a dust free disposal according to TRGS 553.

Regulations:

The NESTRO-dedusters correspond to the regulations of the Wood-BG, and may be used according to the TRGS 553 for the suction of single wood processing machines.
With the NESTRO dedusters all wood dusts and chippings may be exhausted. For plastic-, leather-, paper- and flour dust or other materials of the same kind the deduster may be used as well. NESTRO delivers all equipment for the connection of several machines including automatic slide valves with electronic control.

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Energie-Optimierung mit neuem Entstauber NE300
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Schon im Vorfeld der LIGNA 2009 hatten NESTRO und HOMAG in Zusammenarbeit mit der FH Rosenheim Luftmengenbedarf und Widerstand von HOMAG-Kantenanleim-Anlagen durch Messreihen ermittelt und dokumentiert.
NESTRO hatte auf Grundlage dieser Messdaten und Betriebsanforderungen eine energieoptimierte Absauglösung für die Kantenbearbeitung entwickelt, die während der LIGNA im Vergleich zu herkömmlichen Lösungen präsentiert wurde.
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