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Posts Tagged ‘Vacuum’

Vacuum Cleaners: Suction Vs Airflow
You see vacuum cleaners advertised as having twelve amp motors. The truth is, this only means that the motor uses twelve amps of electricity. This amperage measurement does not tell you if the motor is of high quality or not. This doesnt tell you if the motor is durable, has lots of suction, or moves a lot of air.

Your home is wired to accept a twelve amp appliance. So the most electricity hungry appliances use that amount of electricity. Toasters, hair dryers, and heaters all use this much electricity. Measuring amps in a vacuum cleaner is like measuring milage in a car. The milage doesnt tell you about the quality of the car, or its performance. It only tells you how much gas the motor needs to run.

Suction is about how forcefully the motor can extract air from a space. Canister vacuum cleaners generally have more suction than upright vacuums, because the motors are designed differently. Most upright motors are designed to move air rapidly. The faster the airflow, the faster the vacuum picks up the dirt. The more suction the vacuum has, the more weight it will pull if you seal the end of the nozzle.

Have you ever seen a vacuum cleaner pick up a bowling ball? It shows great suction, but no airflow. The airflow is what picks up the dirt.

And at sea level, air pressure is fifteen pounds per square inch. Since suction is just a matter of reducing the amount of air in a space, the amount of suction a vacuum cleaner has is severely limited. No vacuum cleaner ever made could have more suction that fifteen ponds per square inch.

But the speed of the air? That can be increase based on the area the air is traveling through, and the air pressure behind it. Airflow has no real upper limit.

Fo example, a vacuum cleaner that has airflow of one hundred gallons of air per minute is going to do a fantastic job of moving the dirt off of your carpet, and into the bag or canister.

But the amount of amps? It doesnt translate to efficient airflow. The amount of suction? It also doesnt translate to airflow.
When shopping for a vacuum cleaner, ask about te airflow speed and volume. That will tell you whether the vacuum will clean or not.

I hope this helps.

Vacuum Cleaners: Amps VS Suction

This article is about vacuum cleaners, but it is true for any appliance what uses an electric motor.

You see vacuum cleaners advertised as having twelve amp motors. The truth is, this only means that the motor uses twelve amps of electricity. This amperage measurement does not tell you if the motor is of high quality or not. This doesn’t tell you if the motor is durable, has lots of suction, or moves a lot of air.

Your home is wired to accept a twelve amp appliance. So the most “electricity hungry” appliances use that amount of electricity. Toasters, hair dryers, and heaters all use this much electricity. Measuring amps in a vacuum cleaner is like measuring milage in a car. The milage doesn’t tell you about the quality of the car, or its performance. It only tells you how much gas the motor needs to run.

Suction is about how forcefully the motor can extract air from a space. Canister vacuum cleaners generally have more suction than upright vacuums, because the motors are designed differently. Most upright motors are designed to move air rapidly. The faster the airflow, the faster the vacuum picks up the dirt. The more suction the vacuum has, the more weight it will pull if you seal the end of the nozzle.

Have you ever seen a vacuum cleaner pick up a bowling ball? It shows great suction, but no airflow. The airflow is what picks up the dirt.

And at sea level, air pressure is fifteen pounds per square inch.

Since suction is just a matter of reducing the amount of air in a space, the amount of suction a vacuum cleaner has is severely limited. No vacuum cleaner ever made could have more suction that fifteen ponds per square inch.

But the speed of the air? That can be increase based on the area the air is traveling through, and the air pressure behind it. Airflow has no real upper limit.

Fo example, a vacuum cleaner that has airflow of one hundred gallons of air per minute is going to do a fantastic job of moving the dirt off of your carpet, and into the bag or canister.

But the amount of amps? It doesn’t translate to efficient airflow. The amount of suction? It also doesn’t translate to airflow.

When shopping for a vacuum cleaner, ask about te airflow speed and volume. That will tell you whether the vacuum will clean or not.

I hope this helps.

Information about Commercial Vacuum Cleaners

Machines have made human work much easier. With different machines like electric pressure washer, pressure washer wand, etc. even difficult industrial tasks can be performed with much ease. The machine is one of the biggest inventions of mankind. With the advancement and development in machinery, one cannot still continue with old machines. In modern times, machines like Cranes for Sale , electric pressure washer, pressure washer wand, carpet dryer, scaffolding for sale , commercial vacuum cleaners, Karcher high pressure cleaners, truck mount carpet cleaning machines and ultrasonic cleaners play major role in industries.

One needs to see that on adopting these machines, they can reduce workload up to 30% depending on its usability. In big industries, it becomes very difficult to carry out maintenance process; hence it is not possible to carry out maintenance process for machines like electric pressure washer, pressure washer wand and carpet dryer, as they are used regularly. Although, it should be considered, as it extends life span of machines.

On the other hand low maintenance machines like commercial vacuum cleaners, Karcher high pressure cleaners, truck mount carpet cleaning machines and ultrasonic cleaners can be maintained easily, without much effort. You only need to see that after the use of this machine, they are cleaned and kept properly.

Few of the above machines like vacuum cleaners, carpet cleaners can be used in hotel, restaurants or homes. One can purchase these tools as per their requirement. Different manufactures offer different industrial machines. It depends on you that, which brand or model of machines you opt for.

It is recommended that whichever machinery you purchase should be branded one, so that one can get a good resale value.

In big industries, machines that are outdated cannot be sold; hence you can get them replaced with the buyback offer. In this offer, buyers get purchase new machines on discounted rate and give away the old one in return. These types of schemes are available with almost all brands and machinery, with good warranty period on new machines. Some companies also provide after sales services on any machinery purchase.

To get detailed information about equipment like hiab crane , electric pressure washer, pressure washer wand, steam cleaners , carpet dryer, commercial vacuum cleaners, Karcher high pressure cleaners, truck mount carpet cleaning machines, ultrasonic cleaners, backpack vacuums etc. you can surf related online websites on the web or refer to different blogs and articles.

Industrial Vacuum Cleaners from Bvc.co.uk

Domestic vacuums will not provide the range and features needed to vacuum large areas quickly and efficiently. Industrial cleaning requires a much higher performance level and domestic machines will not be able to meet the demands of intensive cleaning tasks.

Industrial Vacuum Cleaners

Industrial vacuum cleaners will have a number of benefits over domestic cleaners including:

” Electrical cord – domestic vacuums work off standard wall sockets. The electrical cord will be limited to just two or three metres in most cases and this means you will have to spend time fitting extension cables to reach larger areas.  Industrial vacuum cleaners will have much longer cords to allow you to cover a larger area. Many designs also contain their own power source which means they are cordless and do not have to be plugged in. This is useful for cleaning areas where electrical power points are not easily accessible or available.
” Mobility – you may have noticed when you are vacuuming your own home that domestic vacuums can be difficult to move around. The runners/wheels are often inferior and the units heavy. This makes them difficult to push them around as you are cleaning. Industrial vacuum cleaners are designed for maximum efficiency and have more robust runners/wheels that make it much easier to move these devices around. Even though some industrial vacuum cleaners will be heavier the domestic units the superior runner/wheels will actually make them much easier to use.
” Capacity – domestic vacuum cleaners only have small five to ten litre vacuum drums for collecting dust, dirt and liquid.  This means you would have to constantly change the bag or empty the drum if you were cleaning larger areas.

Industrial vacuum cleaners are much larger and can have extra large drums that will collect up to 50 litres.
” Vacuum Heads – domestic vacuum units only have small hoses and suction heads. This means it will take a long time to clean larger areas. Industrial vacuum cleaners are designed with a range of different head sizes. This means you can choose the appropriate vacuum for the area you have to clean saving a lot of time and effort.
” Wet and Dry – although there are some domestic vacuum designs that offer wet and dry cleaning these will not be effective at cleaning larger areas or those that are heavily soiled. Industrial wet and dry vacuum cleaners are designed to be used with more powerful cleaning agents for heavy dirt and staining. These vacuums are also more powerful and able to remove larger volumes of liquid and dirt from surfaces.
” Running Time – domestic vacuum cleaners will overheat and could break down very quickly if you use them continuously for long stretches of time. Industrial vacuum cleaners are designed to a higher specification and can be used for three to four hours at a time without overheating.

Industrial vacuum cleaners are essential for the cleaning and maintenance of larger areas.

Choosing The Right Vacuum Cleaner

Choosing a vacuum cleaner is definitely not as simple as walking into a shop or visiting a website and choosing the first that you see. You can choose between upright or cylinder vacuums, bagged or bagless, and whether you want a micro or HEPA filter. You can also buy lightweight, small, and quiet vacuums that are ideal for specific circumstances and you should always check that youre getting the best suction for your money whichever type of cleaner you opt for.

Upright Or Cylinder
The cylinder vacuum cleaner was actually designed for use on hard floors while uprights were created with carpeted floors in mind. However, there is now a degree of crossover and so you can buy variants of each that are designed for cleaning all floors. This means that you can choose depending on which style of vacuum you are more comfortable with and which you find more convenient.
Bagged Or Bagless
Bagged vacuum cleaners are being overtaken in popularity by their bagless counterparts. Theres no need to pay for new vacuum bags and because you dont dispose of old bags it means that bagless are better for the environment. When choosing a bagless vacuum you will need to decide whether you want a filter vacuum, a single cyclonic one, or a multiple cyclonic vacuum cleaner.

Lightweight, Small, And Quiet Vacuums

If upright and cylinder vacuums are considered standard then there is also a range of specialist vacuums that have particular applications in mind. Lightweight vacuums are good for getting around numerous obstacles and are also ideal for use by elderly and disabled people. Small vacuums are good for use in restricted spaces and the quiet vacuum cleaner can be used when noise is an issue.
The Vacuum Cleaner Filter
There are two general types of filter used in vacuum cleaners a micro filter or a HEPA filter. The micro filter is considered more basic and is usually found on basic vacuum models while HEPA filters pick up more allergens and pollutants. HEPA filters are especially popular with allergy and asthma sufferers but can also help to rid any property of bad smells and potentially harmful pollutants.