The RYOBI 18V ONE+ Cordless 1/2 in. x 18 in. Belt Sander is the perfect sander for those hard to reach areas. With it's ergonomic design, this cordless belt sander can get into tight spaces with ease. Made for detailed work, the RYOBI 18V ONE+ Cordless 1/2 in. x 18 in. Belt Sander is equipped with a variable speed dial for various applications that require precision sanding. With a lock-on switch and up to 90 minutes of runtime, this belt sander is ready for extended use applications. Changing sanding belts has never been easier with integrated tool-free belt change. The included batteries and charger are compatible with all RYOBI 18V ONE+ Tools. This 18V ONE+ 1/2 in. x 18 in. Belt Sander Kit is backed by the RYOBI 3-Year Manufacturer's Warranty and includes the PSD101 18V 1/2 in. x 18 in. Belt Sander, PBP004 (2) 18V 4Ah Lithium HIGH PERFORMANCE Batteries, PBP003 18V 2Ah Lithium HIGH PERFORMANCE Battery, PCG002 Charger, (1) 60 Grit, (1) 80 Grit, (1) 120 Grit and Operator’s Manuals.
Product SKU:
328814879_328814879
UPC:
33287232536
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Model: ONE+ 18V Cordless 1/2 in. x 18 in. File Sander Kit with (2) 4.0 Ah Batteries, 2.0 Ah Battery, and Charger
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It seems the above 2x 4ah + 1x 2ah HP + dual charger = $159.
I don't need the file sander but tempted to get this for the batteries. I currently have 6 of the regular 4ah batteries and can't do both front and rear yard work in one go during the summer.
I have mostly Ryobi tools and the batteries seem to be failing at a fairly high rate. I've already had two batteries that failed to charge within the last couple of years.
I have mostly Ryobi tools and the batteries seem to be failing at a fairly high rate. I've already had two batteries that failed to charge within the last couple of years.
I've had this happen to two of my Ryobi batteries as well during Beryl. It looks like it happened when I completely drained them down to zero and they now refuse to charge. Not sure if that's an issue with these batteries but I'm going to have to be extra careful going forward and take them off my tools once the battery power drops down to a single bar.
I have mostly Ryobi tools and the batteries seem to be failing at a fairly high rate. I've already had two batteries that failed to charge within the last couple of years.
I'm on the opposite end. (of course, I'll probably jinx it) But none of my Ryobi batteries have any issues since I've had them for almost a decade now. I usually rotate between between batteries in the tools so none are always in charger or sitting at low charge.
I've had this happen to two of my Ryobi batteries as well during Beryl. It looks like it happened when I completely drained them down to zero and they now refuse to charge. Not sure if that's an issue with these batteries but I'm going to have to be extra careful going forward and take them off my tools once the battery power drops down to a single bar.
The reason I have ryobi is for lawn tools. I try my best to pull the battery out before fully draining but I've fully drained a few times. If that's what you think caused your issues, I'll be more vigilant.
I also don't charge the batteries right when they've been used (usually hot/warm) and try not to keep them on the charger too long after they're full.
Of course, people are saying don't go lower than 20% and don't charge over 80%. I don' think that's feasible for my needs, however.
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I've had this happen to two of my Ryobi batteries as well during Beryl. It looks like it happened when I completely drained them down to zero and they now refuse to charge. Not sure if that's an issue with these batteries but I'm going to have to be extra careful going forward and take them off my tools once the battery power drops down to a single bar.
There's a fix for that.. I've recovered several by jumping them. Do a google search
I have mostly Ryobi tools and the batteries seem to be failing at a fairly high rate. I've already had two batteries that failed to charge within the last couple of years.
Quote
from jcricket006
:
I've had this happen to two of my Ryobi batteries as well during Beryl. It looks like it happened when I completely drained them down to zero and they now refuse to charge. Not sure if that's an issue with these batteries but I'm going to have to be extra careful going forward and take them off my tools once the battery power drops down to a single bar.
I have experienced this too. Ryobi/Home Depot need to do something about this as it seems to be a common occurrence these days.
I've had this happen to two of my Ryobi batteries as well during Beryl. It looks like it happened when I completely drained them down to zero and they now refuse to charge. Not sure if that's an issue with these batteries but I'm going to have to be extra careful going forward and take them off my tools once the battery power drops down to a single bar.
You cannot safely recharge a Li-ion battery cell that has been discharged (even boosting isn't safe) below a particular voltage threshold, especially when left that way for long (like a week or more). It has something to do with a shunt that can form inside the cell that potentially leads to short circuits. So the protection circuits in especially multi-cell battery packs block the ability to recharge if its voltage dips too low.
Basically don't force the tool to squeeze out every last bit of energy when it's clear the pack is nearly drained, and if it's drained never just leave it that way without recharging.
The 20%/80% rule in my opinion is pretty excessive and unnecessary for removable Li-ion batteries. However storing them at 50% at room temperature, or in the refrigerator if fully charged definitely helps with battery lifespan.
Last edited by hceuterpe December 30, 2024 at 11:55 PM.
You cannot safely recharge a Li-ion battery cell that has been discharged (even boosting isn't safe) below a particular voltage threshold, especially when left that way for long (like a week or more). It has something to do with a shunt that can form inside the cell that potentially leads to short circuits. So the protection circuits in especially multi-cell battery packs block the ability to recharge if its voltage dips too low.
Basically don't force the tool to squeeze out every last bit of energy when it's clear the pack is nearly drained, and if it's drained never just leave it that way without recharging.
The 20%/80% rule in my opinion is pretty excessive and unnecessary for removable Li-ion batteries. However storing them at 50% at room temperature, or in the refrigerator if fully charged definitely helps with battery lifespan.
That's some really good information. Unfortunately due to a hurricane, I was out of power for 6 days which is what led to me squeezing everything I could get from the batteries to run lights and portable fans. Lesson learned! Sounds like the issue is not isolated to Ryobi batteries specifically but just how Li-ion batteries work in general.
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It seems the above 2x 4ah + 1x 2ah HP + dual charger = $159.
I don't need the file sander but tempted to get this for the batteries. I currently have 6 of the regular 4ah batteries and can't do both front and rear yard work in one go during the summer.
I also don't charge the batteries right when they've been used (usually hot/warm) and try not to keep them on the charger too long after they're full.
Of course, people are saying don't go lower than 20% and don't charge over 80%. I don' think that's feasible for my needs, however.
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Basically don't force the tool to squeeze out every last bit of energy when it's clear the pack is nearly drained, and if it's drained never just leave it that way without recharging.
The 20%/80% rule in my opinion is pretty excessive and unnecessary for removable Li-ion batteries. However storing them at 50% at room temperature, or in the refrigerator if fully charged definitely helps with battery lifespan.
Basically don't force the tool to squeeze out every last bit of energy when it's clear the pack is nearly drained, and if it's drained never just leave it that way without recharging.
The 20%/80% rule in my opinion is pretty excessive and unnecessary for removable Li-ion batteries. However storing them at 50% at room temperature, or in the refrigerator if fully charged definitely helps with battery lifespan.
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