Dyson is an electronics manufacturing company based in Britain. Their products range from bagless manual vacuum cleaners (handheld and upright models), automatic (robotic) vacuum cleaners, blameless fans and heaters, and heat-free hand dryers. They have been a leading figure in the industry, even developing their own technology for use in their products.
These innovations include the Root Cyclone, used in all vacuum cleaners released after its inception. Which is the secret behind their vacuum cleaners’ ability to dispose of dust and dirt without the use of a bag.
And the electric motor named Dyson Digital Motor (DDM) used in many other products, which is a high powered brushless motor that can achieve speeds of 110,000 rpm (rotations per minute).
Dyson describes this motor as smaller, lighter, cleaner and more energy efficient. Which are all qualities they require for their products.
Dyson vacuum cleaners were named using a ‘DC#’ formula (i.e. DC40, DC50) in a serial progression. Until 2015 with the release of the V6, which was the successor of the DC59 and DC58 handheld cordless vacuum cleaners, and went on to become their flagship model, paving the way for their future cordless vacuum cleaners.
With the sleek, yet efficient form, handheld design, and, then state of the art technology, including a neodymium magnet powering the motor to generate 110,000 rpm and create the most powerful handheld vacuum device of its time, it was no wonder why it took the industry by storm.
The V6 comes with various models, which usually just refers to its attachments which receive power from the main powerhead, attachments like a motorized or non-motorized tool, hard floor roller for hard floors/surfaces or soft floor rollers for carpets and soft surfaces.
Because some attachments require more power, it has led to the release of other models which help satisfy that demand. Like the V6 Animal Extra, and Total Clean which come with a 35W powerhead, and the V6 Absolute with a 50W powerhead over the original V6 with only 20W.
The Powerhouse of the V6; Its Greatness and Shortcomings.
With all the power intensive tools of the Dyson V6, we need to take a look at what supplies all the power. In this section, we will learn what it is made of and why, what it does, and what we can do to keep it working to its fullest ability for as long as it can.
The Dyson brand promises its customers 7 to 10 years of use for the V6 vacuum cleaner. But alas, the battery only has a lifespan of 4 years, only a fraction of the device’s lifespan. Naturally, Dyson has made accommodations for this in the ability to replace the battery fairly easily and availability of said replacement batteries, but if you’re changing your battery every year, you won’t get the chance to enjoy your product like you should (ignoring the obvious financial concerns).
Dyson vacuum cleaners (including their other models) make use of Lithium-ion cells for their batteries. They implement other devices and technology to produce the complete battery pack before use – which we will discuss later – but the cells used are necessary to note as Li-ion cells are known to show signs of degradation from the first year of use. Hence the need for added protection to sustain its health.
Such protection implemented in the Dyson brand battery include:
- Over-current protection: This is a safety measure implemented to protect the battery – as well as other electrical parts of the device – against the dangers of a short-circuit.
- Over-charge and over-discharge protection: Overcharge protection is put in place to make sure that the battery stops receiving charge after it reaches its full capacity, so it can remain plugged without danger. While over-discharge protection is technology implemented to ensure the health of the battery does begin to fail after any time it is run down to empty.
- Over-voltage protection: This ensures the safety for your battery by protecting your battery against high voltage levels when charging.
- Overheating protection: This comes in the form of the choice of packaging material and casing for the battery. Non heat-trapping material, including fireproof PVC is employed to ensure the transfer of heat generated by the battery to the surrounding air, and the protection of your battery in a high temperature environment.
Care for Your Dyson V6 Battery
You can expect a runtime of 15 minutes from your Dyson V6 (a short duration which was addressed with the newer models). This duration can be extended to 20 minutes using ‘Auto’ or ‘Normal’ modes, but falls to 6 minutes on ‘Max’ or ‘Boost’ modes. At which point you would have to connect the device for 3 – 4 hours for a full charge.
Dyson attaches a 2 year warranty to all their products and parts. So if the need ever arises to change any part, they have you covered. You should note, however, the use of off-brand or counterfeit parts may void this warranty, as such parts can lead to the deterioration of your Dyson device.
To avoid this, here’s a few things to know that would help you sustain the life of your Dyson battery:
- Don’t use the high power setting too often. The dyson v6 battery replacement is already a powerful vacuum cleaner. The MAX settings are only necessary for short-term intensive cleaning for tricky spots.
- Avoid storing in high temperature environments. After use, it is advised to store your vacuum cleaner in a room that doesn’t not receive direct sunlight as this raises the ambient temperature of the room and will surely affect your battery health.
- Allow your battery to run down occasionally. This is not very well known but is a very crucial tip. Due to the Lithium-ion cells in your Dyson V6 battery, it is essential to allow it to run down to empty every 2 – 4 weeks to prolong the lifespan of your battery.
- You can also help sustain the life of your battery by letting it cool down after use before plugging it in to charge. But at the same time, it was built in a way that it will not charge or operate at a temperature below 3°C (37°F). So keep it cool, but not too cool.
- In the same light, as Dyson is such a sophisticated product, it is temperature-sensitive. So usage in very high temperatures is highly discouraged, as it would degrade the health of the battery. It is also advised to store in rooms outside the reach of direct sunlight as this would increase the ambient temperature of the room which would in turn harm your device in the long run.