What is Class L dust extraction?

What is Class L dust extraction?

L Class – for soft woods and solid surface material such as Corian. M Class – for hard woods, board materials, concrete and brick dust. You will generally find that when working on site, the health and safety manager will insist on using M Class dust extraction.

What is a Class L vacuum?

Vacuum Filtration Class International Identification Stickers. The three classes are ‘L’, ‘M’ and ‘H’ (Low, Medium and High Hazard). Class ‘L’ – Dust represents a moderate risk to the operators – The vacuum’s filters trap over 99% of the dust with a grain size of under 2 microns.

What is H class dust extractor?

H-Class Extractors mean ‘High Hazards’ and are usually used for higher hazardous dusts which pose a more serious health risk, like carcinogenic dusts such as lead, carbon, tar, nickel, cobalt, copper and cadmium.

Is M class or L class better?

Most customers tend to go for the L Class extractors, as they are suitable for most applications and provide better value. M Class is better suited for applications using hazardous materials that require a greater level of filtration.

Is a HEPA filter M class?

The H13 HEPA filter is M-Class rated and provides up to 99.9% filtration efficiency. Reduces the presence of harmful dust and particulates in your working environment.

What is the difference between M Class and H class vacuum?

The Difference between M Class & H Class Vacuums M-Class (H13) dust extractors must pass the 0.3µm DOP test that certifies they capture no less than 99.95% of dust. H-Class (H14) dust extractors must pass the 0.3µm DOP test that certifies they capture no less than 99.995% of dust.

What is an M class vacuum?

What is an “M Class” Vacuum Cleaner? An M Class Industrial Vacuum Cleaner is a vacuum cleaner that has been designed to limit the risk of exposure to the operator of potentially hazardous dusts which over time may present a risk of occupational disease.

Is Hepa the same as M class?

Key Features: The H13 HEPA filter is M-Class rated and provides up to 99.9% filtration efficiency. Reduces the presence of harmful dust and particulates in your working environment.

Is a Henry Hoover M class?

Talking vacuums, for any construction process producing dust, the minimum standard is ‘M class’, which means a medium level of protection. Standard site vacuums, such as ‘Henry hoovers’, aren’t rated and won’t filter enough dust to meet regulations. Increasingly sites are adopting M class vacuums as standard.

Is Henry M a class?

M class vacs filter at least 99.99% of dust, enough to meet regulations. Standard site vacuums, such as ‘Henry hoovers’, aren’t rated and won’t filter enough dust to meet regulations. Increasingly sites are adopting M class vacuums as standard.

What is an L class dust extractor?

The occupational exposure limit for L Class dust is >1 mg/m3, which means you need a dust extractor that catches 99% of the dust. Some units in our L Class range come with HEPA filters as standard, which goes above what’s required for an L Class classification but makes them even more safe.

What are the different classifications of dust extraction?

There are three main classes of dust extraction on the UK market currently; L, M and H Class. The official wording of the differences are as follows: L Class ≤ 1.0% Dusts with maximum allowable concentrations (MAC) > 1 mg/m³ M Class < 0.1% Dusts with maximum allowable concentrations (MAC) ≥ 0.1 mg/m³

What is the difference between L class and M class extractors?

The official wording of the differences are as follows: L Class ≤ 1.0% Dusts with maximum allowable concentrations (MAC) > 1 mg/m³ M Class < 0.1% Dusts with maximum allowable concentrations (MAC) ≥ 0.1 mg/m³ But what does this actually mean? L Class extractors are regarded as ‘entry-level’ with M Class being the next step up.

What is the difference between L class and M class dust?

The official wording of the differences are as follows: L Class ≤ 1.0% Dusts with maximum allowable concentrations (MAC) > 1 mg/m³ M Class < 0.1% Dusts with maximum allowable concentrations (MAC) ≥ 0.1 mg/m³