Electrical
SQECH Circuit Breaker Finder & GFCI Outlet Tester Kit with LCD
Reviews
4.6/ 5
- 5 stars 6
- 4 stars 0
- 3 stars 0
- 2 stars 1
- 1 star 0
- Brand
- SQECH
Product description
This kit ships with a transmitter and a handheld receiver built in compact, impact-resistant housings for routine field use. The transmitter accepts standard 90–135 V AC outlets and displays outlet voltage and GFCI trip time on a backlit LCD. After plugging it in, use the TEST key to trip and time GFCI responses — a trip recorded under three seconds indicates the device reacted properly.
The receiver is a slim, battery-powered wand with an LCD signal bar, red/green indicators, and an audible tone. It also includes a non-contact voltage (NCV) mode: press the NCV key and sweep around cables, outlets, or conduit to see a dynamic signal bar and hear multi-frequency alerts corresponding to voltage intensity. The receiver warns of low battery and will auto-shutoff to conserve power.
Included accessories expand compatibility: a light-socket adapter for testing fixtures, a 3-prong to 2-prong adapter for older outlets, alligator clips for bare-wire checks, a small screwdriver for battery compartments, and a soft storage pouch to keep components together. The kit comes with two AAA batteries installed or packed for the transmitter and two AA batteries for the receiver so you can begin testing right away.
Operation is straightforward: plug the transmitter into the outlet to be identified, power it on, then scan the breaker panel with the receiver held vertically to detect the matching switch. If you need to locate additional breakers, press the receiver’s RST or power button to clear the previous signal before continuing. The transmitter and receiver are both usable independently for multiple tasks, making the set flexible for different troubleshooting scenarios.
Pros
- Includes comprehensive adapters and batteries
- LCD shows voltage and GFCI trip time
- Receiver doubles as non-contact voltage detector
Cons
- Locating breakers can be affected by nearby wiring
- Requires learning the proper scan technique
- May need resets between searches
VerdictA complete kit for identifying breakers, verifying outlet wiring, and testing GFCI trip performance. The transmitter shows voltage and trip time on an LCD while the receiver rapidly locates the matched breaker and detects live conductors without contact. Good for homeowners and tradespeople who want a compact, all-in-one toolset for troubleshooting and labeling circuits.
Reviews
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Todd O. 5/5
Friendly for non-electricians
I’m not an electrician, but I needed a way to shut off the correct circuit while a pro worked. The set includes everything I used to identify outlets and confirm wiring. The GFCI tester is handy for modern outlets and the instructions are simple enough to follow, though I still had a licensed electrician verify and complete repairs.
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Jp Ramirez 5/5
Works as advertised
Works great
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S. Moyer 5/5
Accurate and time-saving
Made checking outlets much faster after moving into a new home. The transmitter reports wiring faults and voltage instantly, and once you get the hang of holding the receiver it reliably flags the correct breaker. No false positives in my use.
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Tim 5/5
Well thought out kit
Great LCD readability and useful built-in outlet tests. The finder clearly isolated the correct circuit in my panel without interference from adjacent breakers. Accessories like the bulb adapter, two-prong adapter, wire clamps, and included batteries make it a full package.
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Holliday 5/5
Useful but not perfect for panels
Handy for testing outlets and detecting live wiring at the receptacle. Adapters add versatility. Locating breakers can be inconsistent when panel wiring is dense or routed oddly — it narrows the candidates but isn’t foolproof.
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Doug R. 5/5
Finally a reliable unit
Performs as described, solid equipment — thank you.
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tryn2lrn 2/5
Hit-or-miss locating for me
I bought it mainly to locate breakers and was disappointed. Sometimes it finds the right breaker only after several tries. I followed directions and tried different angles, but had mixed results. Could be a defective unit or tricky wiring at my panel.
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