ESD Antistatic Vacuum Cleaner EPA-VAC 900W / HEPA H13 / 8L

Code: 7350VACEPA
€773,23 / pcs €935,61 incl. VAT
Industrial ESD antistatic vacuum cleaner with dissipative components, HEPA H13 filter, 900 W motor and 8 l tank. Designed for EPA workstations, electronics production, cleanrooms and laboratories. Low noise 54 dB, working radius 15 m, weight 5.8 kg. Complies with IEC/EN 61340-5-1.

Detailed information

Product detailed description

ESD Antistatic Vacuum Cleaner EPA-VAC 900 W

An industrial ESD antistatic vacuum cleaner designed specifically for use in EPA (Electrostatic Protected Area) zones according to IEC/EN 61340-5-1. The electrically dissipative plastic parts and grounded body prevent electrostatic charge build-up, reliably protecting sensitive electronics and flammable environments.

Key features

  • Electrically dissipative (grounded) — protects sensitive electronics and the EPA area
  • High-efficiency HEPA H13 filter — captures fine dust and micro-particles
  • Quiet 900 W motor at only 54 dB
  • Tank capacity 8 l — sufficient for regular cleaning tasks
  • Chassis with 5 conductive dual-wheel castors — easy manoeuvring
  • Working radius 15 m (10 m power cord + 2.5 m hose + 1 m tube + attachments)
  • Low weight 5.8 kg
  • Suction tube outer Ø 35 mm — compatible with standard ESD accessories

Delivery includes

  • Vacuum cleaner (black), 900 W motor, 8 l tank
  • 10 m power cable
  • 2.5 m suction hose
  • 1 m suction tube
  • 3 different attachments (floor, crevice, brush)
  • HEPA H13 filter, electrically dissipative

Technical specifications

Power supply220–240 V AC, 50/60 Hz
Power input900 W
Noise level54 dB
Tank capacity8 l
FilterHEPA H13, electrically dissipative
Suction tube diameter35 mm
Working radius15 m
Weight5.8 kg
Colourblack
StandardIEC/EN 61340-5-1 (ESD dissipative)

Where to use

Ideal for electronics assembly and repair workstations, cleanrooms, laboratories, service centres, production halls with ESD zones, and anywhere a regular vacuum cleaner would pose an electrostatic discharge risk.