Fan filter unit – AIR-10-IT

Independent Filter Fan Unit, designed for the construction of small/medium sized Cleanrooms: the Unit is equipped by a filter housing and a perforated aluminium diffuser.

KEY FEATURES

  • Remote control
  • Communication protocols: ebmBUS, LONBUS, profiBUS
  • Filtering efficiency: H14, U15, U16
  • Dimentions: 6P6, 6P12, 12P12

Description

Product Description

Technical Data

Coupled Filters

Functional Scheme

Applications

Cleanrooms for the Microelectronic, Electronic, Optical, Mechanical, Aerospace, Pharmaceutical, Medical industries and Hospitals.

Components’ description

Container box

in anodised aluminium plate, suitable bent and stiffened to create a strong and rigid structure.

Sound absorbent panels

in Cl. M0 mineral wool, covered with protective fabric to prevent any polluting particles being given off.

Radial electric fan

with an EC electric motor, coupled directly to an aluminium rotor with inverted blades.

EC Controller

built into the fan to action, control and regulate it.

Absolute filter with low pressure drop

class H14 or U15, in accordance to EN1882:2009 standard, frame thickness 66 mm.

Absolute filter frame

in anodises extruded aluminium profile.

Filter housing

frame in extruded aluminium profile.

Filter clamping

device composed of aluminium clamps, M8 grub screws in stainless steel, and ratches for fixing the diffuser.

Optional accessories

Panel prefilter

G4 class, in accordance to EN779:2012 standard, inserted in its anodised aluminium housing.

Heat exchanger

in copper/aluminium, max. capacity 4 kW, inserted in its anodised aluminium housing.

Interface board

for LON control

Software features

  • Setting and monitoring of a maximum of 7905 fans.
  • Orientations device of the groups of fans.
  • 1st level: viewing of the 255 groups on the display.
  • 2nd level: viewing of 31 fans per group on the display.
  • Remote control per either one fan or all the fans.
  • Automatic temperature and pressure control.
  • Error message.
  • Localising and analysing of error.