Industrial Electric Vacuum Cleaners
Electric Industrial Vacuum Systems for the Safe Collection of Combustible, Conductive and Metal Dust
Industrial Electric Vacuum Cleaners are high-durability vacuum systems used to safely collect dust, metal particles, sanding residue, combustible or conductive dust, and process waste generated in production areas.
For applications that require ATEX or explosion-proof equipment, dust collection can be carried out in a controlled manner with safety components such as static-electricity control, HEPA filtration, a stainless-steel body, a coalescing filter and a liquid immersion tank.
ATEX-Certified Design
Ex-certified model options can be evaluated for the safe collection of combustible and conductive dust in hazardous areas.
HEPA Filtration
Provides fine-dust control with high-efficiency HEPA filtration for 0.3-micron particles.
Liquid Immersion Tank
Helps inert aluminium, magnesium, zirconium and similar metal dust in a water bath.
What Is an Industrial Electric Vacuum Cleaner?
Industrial electric vacuum cleaners are professional vacuum systems used to safely collect dry dust, metal particles, conductive dust, combustible dust and process residues generated in production areas. Unlike standard cleaning equipment, their motor, filter, tank, hose, accessories and electrical safety components are selected according to industrial operating conditions.
Models used in explosion-proof or ATEX applications include conductive equipment that reduces the risk of electrostatic discharge, a stainless-steel tank structure, a HEPA filtration system and specialised solutions that support the safe collection of combustible and conductive dust.
How Industrial Electric Vacuum Cleaners Work
Dust Collection
Dust and particles enter the vacuum line through a conductive hose, suction tool or sanding and grinding connection.
Immersion / Pre-Separation
Metal dust is retained in a water bath; moisture and aerosol formation are controlled by the coalescing filter element.
HEPA Filtration
Fine particles pass through the HEPA filter to provide high-efficiency filtration.
Safe Emptying
The removable stainless-steel tank enables the controlled disposal of collected material.
Technical Information Table
| Technical Feature | Value / Description |
|---|---|
| Product type | Industrial electric vacuum cleaner / hazardous-area vacuum system |
| Application area | Automotive, aerospace, sanding, grinding and combustible / conductive dust collection applications |
| Certification approach | ATEX 3rd Party Certified, II 2 GD |
| Ex classification | Ex d IIA T3 Gb / Ex t IIIC T200°C Db IP6X |
| Certificate reference | LCIE 03 ATEX 6297 |
| Motor type | Electric, TEFC motor |
| Supply voltage | 230 V |
| Frequency | 50 Hz |
| Phase | Single phase |
| Motor power | 1000 W / 1 kW |
| Current | 4.5 A |
| Airflow | 224 m³/h |
| Vacuum pressure | 1550 mm H₂O |
| Sound level | 78 / 85 dB(A) |
| Suction inlet | 50 mm |
| Tank type | Removable tank, DT |
| Filter cleaning | None |
| Dimensions | 79 cm length × 61 cm width × 160 cm height |
| Weight | 76.2 kg |
| Cable length | 15 m |
Safety and Filtration Components
| Component | Function | Status |
|---|---|---|
| ESD-safe construction | Metal parts or a static-dissipative coating are used to reduce electrostatic-discharge risk. | Standard |
| Resistance below 10 ohms | Supports grounding continuity and static-charge control. | Standard |
| HEPA filter | Provides fine-particle filtration with 99.995% efficiency at 0.3 microns. | Included |
| Coalescing filter element | Helps separate moisture and aerosols. | Included |
| SS304 stainless-steel tank | Provides a durable collection chamber for metal dust and process waste. | Standard |
| Liquid immersion bath | Supports the inertisation of aluminium, magnesium, zirconium and similar metal dust in a water bath. | Application-dependent |
| Liquid level indicator | Enables monitoring of the water level inside the tank. | Included |
| Static-dissipative hose | Reduces static-charge accumulation in the suction line. | Included |
Key Features
Applications
Application Note
In areas with metal dust, combustible dust or an explosive-atmosphere risk, industrial electric vacuum cleaners must not be selected as standard cleaning equipment. ATEX or explosion-proof suitability must be verified by evaluating the dust’s Kst, MIE, conductivity, humidity, particle size and process risk.
Get Technical Support for Industrial Electric Vacuum Cleaner Selection
Industrial electric vacuum cleaner selection should be based on dust type, combustibility risk, ATEX classification, airflow, vacuum pressure, filter class, tank capacity, hose diameter and duty cycle.
You can request a technical assessment for combustible or conductive dust collection, metal-dust inertisation and industrial vacuum applications.
