Design to Value: Shaping a Better Built Environment | Martin Wood

The latest generation of cordless vacuums often include advanced features, such as adaptive suction and LCD screens.

Here’s a simple method for removing and cleaning this filter..Black+Decker PD1420LP.

Design to Value: Shaping a Better Built Environment | Martin Wood

is a useful handheld vacuum to have around the house.It’s one of the few handhelds with a built-in hose, meaning it’s great for cleaning in awkward locations, plus it comes with several tools.. We were a bit disappointed with its suction power during our testing, but it’s still great for hard floors and light cleaning jobs.. To maintain this vacuum’s suction power it’s important to clean the filter on a regular basis.Here’s how to clean the PD1420LP filter in a safe and effective way.. Why Should You Clean The Black+Decker PD1420LP’s Filter?.

Design to Value: Shaping a Better Built Environment | Martin Wood

The Black+Decker PD1420LP has a standard washable filter.During our review, we found the filter does a decent job of preventing dust and other allergens from escaping, although it can’t match a HEPA filter.. Over time, all vacuum filters develop a layer of dust and other debris.

Design to Value: Shaping a Better Built Environment | Martin Wood

As the vacuum’s air must pass through the filter, any clogging is likely to reduce the PD1420LP’s suction power and cleaning performance.. For this reason, we recommend cleaning the Black+Decker filter regularly to maintain your vacuum’s performance.. How to Clean The PD1420LP’s Filter.

Step 1: Remove The Black+Decker’s PD1420LP Filter.If your brush bar can’t be removed, just do your best to remove as much of the clogging material as possible.. 4.

Check for Tube Blockages.Another common issue is that a tube or hose in the vacuum can become blocked.. All it takes is for a twig, hair clump, or larger item to get stuck in the tube, then.

incoming debris will start to build a barrier that quickly increases in size.Blockages can also be caused by sucking up debris when the vacuum is already full.