Reddit Reddit reviews Klein Tools RT210 Outlet Tester, Receptacle Tester for GFCI / Standard North American AC Electrical Outlets, Detects Common Wiring Problems

We found 13 Reddit comments about Klein Tools RT210 Outlet Tester, Receptacle Tester for GFCI / Standard North American AC Electrical Outlets, Detects Common Wiring Problems. Here are the top ones, ranked by their Reddit score.

Tools & Home Improvement
Electrical Equipment
Electrical Testers
Circuit Testers
Klein Tools RT210 Outlet Tester, Receptacle Tester for GFCI / Standard North American AC Electrical Outlets, Detects Common Wiring Problems
Detects the most common wiring problems in standard and GFCI receptaclesWorks on GFI outlets and confirms operation of the ground fault protective deviceBuilt to withstand a 6.6-foot (2m) dropOperating temp: 32-Degree to 140-Degree Fahrenheit (0-Degree to 40-Degree Celsius)Nominal Voltage: 110/125V AC at 50/60Hz in 3-wire outletNominal Voltage: 110/125V AC at 50/60Hz in 3-wire outlet
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13 Reddit comments about Klein Tools RT210 Outlet Tester, Receptacle Tester for GFCI / Standard North American AC Electrical Outlets, Detects Common Wiring Problems:

u/how_do_i_change_this · 51 pointsr/OSHA

Yea. OP should take his plug-in tester next time to find out.

Edit: One of these https://www.amazon.com/dp/B01AKX8L0M/ref=cm_sw_r_cp_apa_ubaXAbTVZKVJJ

u/trolls_brigade · 13 pointsr/OSHA

Get an outlet tester (for instance http://smile.amazon.com/Klein-Tools-RT210-Receptacle-Tester/dp/B01AKX8L0M) and check the entire house. I have an old house as well, and I am slowly replacing the original knob & tube wiring with Romex.

u/penny_eater · 5 pointsr/mildlyinteresting

They also make very inexpensive circuit testers with a GFCI button to simulate the kind of short it trips on, handy to have to make sure everything is in working order on a regular basis: https://www.amazon.com/Receptacle-Tester-Klein-Tools-RT210/dp/B01AKX8L0M

u/Jpotter145 · 3 pointsr/buildapc

That sounds like some kind of short from the outlet you are plugged into. A "mild continuous shock" is not mistakable and if you felt if you'll know you did. I'd at the minimum get one of these and check the outlet.

https://www.amazon.com/Receptacle-Tester-Klein-Tools-RT210/dp/B01AKX8L0M/ref=zg_bs_14244461_2?_encoding=UTF8&psc=1&refRID=ACPGZN7D2NFKET1Z33H2

u/edman007 · 3 pointsr/HomeImprovement

First, name absolutely everything connected to the protected side of the GFCI, include everything, switches, lights, fans, smart switches, outlets, electronics, etc.

Second, get yourself a GFCI outlet tester. Test all outlets on that breaker, even ones that shouldn't be GFCI.

i think understading how GFCI works will help, and i think there are two possible things that can cause it. First power filters, many devices ground noise (especially electronics and things that make lots of noise like motors), normally this is fine but too much through ground trips GFCI. It can be random because it could be noise from multiple devices that add up to too much, it could be heavy noise from a different circuit getting grounded behind the GFCI. And second, screwed up wiring, specifically hot shorted to the unprotected hot of the GFCI or neutral shorted to ground or the unprotected neutral. Both create paths around the GFCI and will trip it. I would open up all boxes from the GFCI and beyond and check it, I feel like this could be as simple one of those bare ground wires getting really close to the neutral lug when the outlet is pressed into the box.

u/legalpretzel · 2 pointsr/homeowners

Plug in a vacuum or hair dryer and turn it on. Then flip the breaker switch. Or buy one of these - https://www.amazon.com/Receptacle-Tester-Klein-Tools-RT210/dp/B01AKX8L0M

u/gregz83 · 2 pointsr/pcmasterrace

Get yourself an outlet tester, they are cheap and small. Everyone should own one in their personal toolkit:

https://www.amazon.com/Receptacle-Tester-Klein-Tools-RT210/dp/B01AKX8L0M/

u/Spaceforcejuan · 1 pointr/electricians

If you have a test plug like this, https://www.amazon.com/gp/aw/d/B01AKX8L0M/ref=psdcmw_14244461_t1_B0012DHVQ0

You can check all the outlets. If there are junction boxes in your attic if you have one, you can check for loose connections if you can identify the circuits. Make sure your breaker is off and you have a hot stick before messing with anything even if your outlets are not working, you really don't want to hurt yourself from inexperience. If you can't find anything yourself, it's up to you if you want to call an electrician.

Price wise, our shop does 120USD an hour plus drive cost and material cost. Not sure about local prices where you are at. I would say it would be a minimum of one hour if it's a silly fix or up to 3 to 5 hours to run wire depending on how far the run is and how crammed the panel is. Hard to tell not being there but I wish you much luck and hope it's a very easy and inexpensive fix for ya!

u/IceManYurt · 1 pointr/HomeRepair

I would start by picking up one of these: https://www.amazon.com/dp/B01AKX8L0M/ref=cm_sw_r_sms_apa_i_WN93DbKD4XSXV

And possibly a socket to Edison adapter and a ground lift and make sure hot neutral aren't reversed.

I would start there. I know as a kid playing with solder in LEDs you had to make sure positive and negative were aligned correctly or it would illuminate. But that was in DC, and your house is AC... So I don't know if reversed hot/nuteral would matter, but that is where I would start.

Also, are they dimmer switches and are the bulbs dimmable?

Edit: if you're going to do DIY electrical work, be careful. It's pretty simple, but has the potential to really hurt you. Pick up a non contact voltage tester. Turn off circuits at the service panel. Watch some You Tube videos on how to splice, if you're really high speed read some of the electrical code... And if you feel out of your depth, hiring a pro. Changing outlets, plugs sockets, switches and fixtures is fairly simple and just matching colors. Messing with three way and four way switches gets a bit more complex

u/No_God_For_You · 1 pointr/NoStupidQuestions

You can get one of these to check all the outlets in your house to see which are protected by GFCI.

u/90sPopReference · 1 pointr/pcmasterrace

Ground issue. Please unplug your PC from the wall and run a longer extension cord from a grounded outlet. You can verify all outlets in your house with a simple outlet tester.

Here is one for 9 bucks:
https://www.amazon.com/dp/B01AKX8L0M/ref=cm_sw_r_other_apa_i_4dBWDbDGMKGSS

Diagnose the situation first either with an electrician, or yourself ONLY IF YOU COMFORTABLE WITH THE DANGERS. The fix can be anything from the ground needing to be terminated, or the ground is just straight up not there and a new ground needing to be ran.

u/notananthem · 1 pointr/HomeImprovement

Buy an outlet tester, turn off one breaker, test all the outlets/wired devices, label the breaker what everything is. First thing I did moving into my new house.

Edit- seriously tone/probe or outlet tester is totally doable for you even if you don't think you have home skills.

This: https://www.amazon.com/Receptacle-Tester-Klein-Tools-RT210/dp/B01AKX8L0M

Turn off one switch/breaker at the panel and then go to the area of the house that you guess is associated with that breaker if it isn't labeled- then just plug that thing into all the outlets. It'll light up if its still powered, and not light up if its connected to that breaker.

u/mrBill12 · 1 pointr/DIY

As detailed elsewhere if the box is grounded you can use a 3-prong outlet grounded to the box. To test if the box is grounded, don’t use just any meter, use an electricians low impedance volt meter. Meters without low impedance may give false results for this test.

As detailed in another comment the breaker could also be changed to GFCI. Or the FIRST outlet in a circuit could be changed to GFCI where the rest of the outlets on the circuit are wired to the load terminals of this first outlet. With both of these options 3-prong outlets are allowed without the ground connected. There are caveats: 1) to be code compliment unground 3-prong outlets MUST be protected by GFCI AND labeled “No Equipment Ground” (these labels come in the box with GFCI’s) and 2) the down stream outlets wired without the ground wire connected will fail to trip using a plug in outlet tester with a GFCI test button (this is because they simulate a ground fault by bleeding a trace current to the non-existent ground). To properly test this type of circuit trip the GFCI with its own test button and verify downstream ungrounded outlet have no voltage.

The third and final option is code now allows you to run a separate green ground wire, but it must be connected to the ground bar of a sub-panel or the bonded combined neutral/ground bar in the main service panel. It can’t just connect to something like a water pipe.