LHP industrial mobile dust collector

REVOLUTIONARY CONCEPT

The LHP is an industrial mobile dust collector which offers a low profile height configuration of only 32”. This important space saving feature is designed to facilitate the installation of a dust collecting unit under a woodshop tables or  workbench.

The LHP is designed for light to medium dust loads in cases of coarse or granular material. For “fine“ dust material, the system should be used for light usage or workload.

UPGRADEABLE

The LHP unit incorporates a BELFAB patented universal fan design. This blower component can be integrated at a later date to our LW or NBM product lines for greater dust collection capacity and scalable to up to 20HP.

Please note the LHP is available only as a 2HP or 3HP, single or three phase (1,000-1,400 CFM) configuration.

Details

The dust collector is available as a 2HP or 3HP, single or three phase configuration.

FEATURES

  • Low profile design, easily installed under most work benches
  • Patented industrial modular blower design
  • Engineered to optimize CFM per HP
  • Maintenance free direct drive centrifugal fan
  • Non-spark heavy duty cast aluminum fan impeller
  • E.F.C high efficiency motors  (U.L. & C.S.A. approved)

FEATURES

  • 20% more filter surface
  • 30% more storage capacity
  • High efficiency needle filter bag (1/8” thick)
  • Quick release clamp for securing or releasing storage bag
  • Wide zipper bag opening , designed to facilitate the disposal of residue
  • Mounted swivel casters for portability which can be removed to reduce height
LHP Mobile dust collector LHP – 2HP LHP – 3HP
Maximum CFM 999 at 5” at S.P. 1300 at 8” at S.P.
Electrical configuration 220V 1PH 220V 1PH
208/230/460/575 – 3PH 208/230/460/575 – 3PH
Multiple inlet plenum 1 x 5” & 1 x 3” 1 x 5” , 1 x 4” & 1 x 3”
Noise level (dB) 81 dB 81 dB
Storage capacity 14.58 ft3 14.58 ft3
Filter capacity (ft2) 30 30
Unit dimensions 32 1/4” (H) x 27 7/8” (W) x 54 3/16” (L) 32 1/4” (H) x 27 7/8” (W) x 54 3/16” (L)
Weight (lbs) 200 220

Identification