Codeless receptacle tester
A codeless receptacle tester including outlet tester circuitry, a housing, and an indicator section. The outlet tester circuitry is configured to perform a plurality of electrical outlet testing functions. The housing has a first end, a second end opposite the first end, and an enclosure that encloses the outlet tester circuitry. The indicator section is electrically connected to the outlet tester circuitry and has a plurality of indicators. Each indicator of the plurality of indicators is configured to provide a codeless indication of an associated wiring condition of an electrical outlet.
1. A single line codeless receptacle tester comprising:
a single line outlet tester circuitry configured to perform a plurality of electrical outlet testing functions; and
a housing having
a first end,
a second end opposite the first end, and
an enclosure that encloses the single line outlet tester circuitry, and
an indicator section including five codeless wiring condition indicators and five dedicated light sources that are electrically connected to the single line outlet tester circuitry,
wherein each codeless wiring condition indicator of the five codeless wiring condition indicators is indicative of only one wiring condition of a plurality of wiring conditions of a single line electrical outlet,
wherein the each codeless wiring condition indicator corresponds to only a respective one of the five dedicated light sources,
wherein the single line outlet tester circuitry is configured to control a first dedicated light source of the five dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the first dedicated light source being dedicated to a first codeless wiring condition indicator of the five codeless wiring condition indicators, and
wherein the single line outlet tester circuitry is configured to control the five dedicated light sources to not emit light based on the plurality of electrical outlet testing functions, a lack of emission of light by the five dedicated light sources being dedicated to a first wiring condition indicator, wherein the first wiring condition indicator is different from the first codeless wiring condition indicator.
2. The single line codeless receptacle tester of claim 1 , wherein the single line outlet tester circuitry further includes a ground-fault-circuit-interrupter (GFCI) test circuit that is configured to test a ground-fault-circuit-interrupter (GFCI) circuit in parallel to the single line electrical outlet.
3. The single line codeless receptacle tester of claim 1 , further comprising a male plug electrically coupled to the single line outlet tester circuitry.
4. The single line codeless receptacle tester of claim 3 , wherein the male plug includes two flat blades and a round prong.
5. The single line codeless receptacle tester of claim 1 , wherein the single line outlet tester circuitry includes a controller configured to perform the plurality of electrical outlet testing functions, wherein the plurality of electrical outlet testing functions includes analyzing a circuit connection of the single line electrical outlet.
6. The single line codeless receptacle tester of claim 5 , wherein the plurality of electrical outlet testing functions includes analyzing a ground circuit of the single line electrical outlet.
7. The single line codeless receptacle tester of claim 6 , wherein the controller is configured to apply a current to analyze a resistance of the ground circuit of the single line electrical outlet and determine whether the single line electrical outlet has a low resistance value based on the current.
8. The single line codeless receptacle tester of claim 7 , wherein the low resistance value is equal to or less than ten ohms.
9. The single line codeless receptacle tester of claim 1 , wherein each dedicated light source of the five dedicated light sources has a lens and a light source, wherein the lens is configured to transparently cover and mechanically protect the light source.
10. The single line codeless receptacle tester of claim 9 , wherein the each dedicated light source of the five dedicated light sources includes one or more light-emitting diodes (LEDs), and wherein the lens is a light pipe.
11. The single line codeless receptacle tester of claim 10 , wherein the each codeless wiring condition indicator of the five codeless wiring condition indicators includes codeless markings disposed on the housing, the codeless markings selected from a group consisting of:
Correct,
Bad ground,
Open neutral,
Hot/Grd rev, and
Hot/Neu rev.
12. The single line codeless receptacle tester of claim 11 , wherein the one or more LEDs of the first dedicated light source are associated with the Correct codeless marking, and wherein a combination of an illumination of the one or more LEDs of the first dedicated light source and the Correct codeless marking provides a first codeless indication that the one wiring condition of the single line electrical outlet is a Correct wiring condition.
13. The single line codeless receptacle tester of claim 1 , wherein the single line outlet tester circuitry is configured to control a second dedicated light source of the five dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the second dedicated light source being dedicated to a second codeless wiring condition indicator of the five codeless wiring condition indicators, wherein the second dedicated light source is different from the first dedicated light source, and wherein the second codeless wiring condition indicator is different from the first codeless wiring condition indicator and the first wiring condition indicator.
14. The single line codeless receptacle tester of claim 13 , wherein the single line outlet tester circuitry is configured to control a third dedicated light source of the five dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the third dedicated light source being dedicated to a third codeless wiring condition indicator of the five codeless wiring condition indicators, wherein the third dedicated light source is different from the first dedicated light source and the second dedicated light source, and wherein the third codeless wiring condition indicator is different from the first codeless wiring condition indicator, the first wiring condition indicator, and the second codeless wiring condition indicator.
15. The single line codeless receptacle tester of claim 14 , wherein the single line outlet tester circuitry is configured to control a fourth dedicated light source of the five dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the fourth dedicated light source being dedicated to a fourth codeless wiring condition indicator of the five codeless wiring condition indicators, wherein the fourth dedicated light source is different from the first dedicated light source, the second dedicated light source, and the third dedicated light source, and wherein the fourth codeless wiring condition indicator is different from the first codeless wiring condition indicator, the first wiring condition indicator, the second codeless wiring condition indicator, and the third codeless wiring condition indicator.
16. The single line codeless receptacle tester of claim 15 , wherein the single line outlet tester circuitry is configured to control a fifth dedicated light source of the five dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the fifth dedicated light source being dedicated to a fifth codeless wiring condition indicator of the five codeless wiring condition indicators, wherein the fifth dedicated light source is different from the first dedicated light source, the second dedicated light source, the third dedicated light source, and the fourth dedicated light source, and wherein the fifth codeless wiring condition indicator is different from the first codeless wiring condition indicator, the first wiring condition indicator, the second codeless wiring condition indicator, the third codeless wiring condition indicator, and the fourth codeless wiring condition indicator.
17. A single line codeless receptacle tester comprising:
a single line outlet tester circuitry configured to perform a plurality of electrical outlet testing functions; and
a housing having
a first end,
a second end opposite the first end, and
an enclosure that encloses the single line outlet tester circuitry, and
an indicator section including a plurality of wiring condition indicators and a plurality of dedicated light sources, the plurality of dedicated light sources is electrically connected to the single line outlet tester circuitry,
wherein the single line outlet tester circuitry is configured to control the plurality of dedicated light sources to provide a plurality of codeless indications, each codeless indication of the plurality of codeless indications is indicative of only one wiring condition of a plurality of wiring conditions of a single line electrical outlet,
wherein, to provide a first codeless indication of the plurality of codeless indications, the single line outlet tester circuitry is configured to control a first dedicated light source of the plurality of dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the first dedicated light source being dedicated to a first wiring condition indicator of the plurality of wiring condition indicators, and
wherein, to provide a second codeless indication of the plurality of codeless indications, the single line outlet tester circuitry is configured to control the plurality of dedicated light sources to not emit light based on the plurality of electrical outlet testing functions, a lack of emission of light by the plurality of dedicated light sources being dedicated to a second wiring condition indicator of the plurality of wiring condition indicators, wherein the second wiring condition indicator is different from the first wiring condition indicator,
wherein, to provide a third codeless indication of the plurality of codeless indications, the single line outlet tester circuitry is configured to control a second dedicated light source of the plurality of dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the second dedicated light source being dedicated to a third wiring condition indicator of the plurality of wiring condition indicators, wherein the second dedicated light source is different from the first dedicated light source, and wherein the third wiring condition indicator is different from the first wiring condition indicator and the second wiring condition indicator,
wherein, to provide a fourth codeless indication of the plurality of codeless indications, the single line outlet tester circuitry is configured to control a third dedicated light source of the plurality of dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the third dedicated light source being dedicated to a fourth wiring condition indicator of the plurality of wiring condition indicators, wherein the third dedicated light source is different from the first dedicated light source and the second dedicated light source, and wherein the fourth wiring condition indicator is different from the first wiring condition indicator, the second wiring condition indicator, and the third wiring condition indicator,
wherein, to provide a fifth codeless indication of the plurality of codeless indications, the single line outlet tester circuitry is configured to control a fourth dedicated light source of the plurality of dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the fourth dedicated light source being dedicated to a fifth wiring condition indicator of the plurality of wiring condition indicators, wherein the fourth dedicated light source is different from the first dedicated light source, the second dedicated light source, and the third dedicated light source, and wherein the fifth wiring condition indicator is different from the first wiring condition indicator, the second wiring condition indicator, the third wiring condition indicator, and the fourth wiring condition indicator,
wherein, to provide a sixth codeless indication of the plurality of codeless indications, the single line outlet tester circuitry is configured to control a fifth dedicated light source of the plurality of dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the fifth dedicated light source being dedicated to a sixth wiring condition indicator of the plurality of wiring condition indicators, wherein the fifth dedicated light source is different from the first dedicated light source, the second dedicated light source, the third dedicated light source, and the fourth dedicated light source, and wherein the sixth wiring condition indicator is different from the first wiring condition indicator, the second wiring condition indicator, the third wiring condition indicator, the fourth wiring condition indicator, and the fifth wiring condition indicator, and
wherein the first wiring condition indicator is indicative of a Correct wiring condition of the single line electrical outlet, wherein the second wiring condition indicator is indicative of an Open Hot wiring condition of the single line electrical outlet, wherein the third wiring condition indicator is indicative of a Bad ground wiring condition of the single line electrical outlet, wherein the fourth wiring condition indicator is indicative of an Open neutral wiring condition of the single line electrical outlet, wherein the fifth wiring condition indicator is indicative of a Hot/Grd rev wiring condition of the single line electrical outlet, and wherein the sixth wiring condition indicator is indicative of a Hot/Neu rev wiring condition of the single line electrical outlet.
18. A single line codeless receptacle tester comprising:
a single line outlet tester circuitry configured to perform a plurality of electrical outlet testing functions; and
a housing having
a first end,
a second end opposite the first end, and
an enclosure that encloses the single line outlet tester circuitry, and
an indicator section including three or more codeless wiring condition indicators and three or more dedicated light sources that are electrically connected to the single line outlet tester circuitry,
wherein each codeless wiring condition indicator of the three or more codeless wiring condition indicators is indicative of only one wiring condition of a plurality of wiring conditions of a single line electrical outlet,
wherein the each codeless wiring condition indicator corresponds to only a respective one of the three or more dedicated light sources,
wherein the single line outlet tester circuitry is configured to control a first dedicated light source of the three or more dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the first dedicated light source being dedicated to a first codeless wiring condition indicator of the three or more codeless wiring condition indicators, and
wherein the single line outlet tester circuitry is configured to control the three or more dedicated light sources to not emit light based on the plurality of electrical outlet testing functions, a lack of emission of light by the three or more dedicated light sources being dedicated to a first wiring condition indicator, wherein the first wiring condition indicator is different from the first codeless wiring condition indicator,
wherein the single line outlet tester circuitry is configured to control a second dedicated light source of the three or more dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the second dedicated light source being dedicated to a second codeless wiring condition indicator of the three or more codeless wiring condition indicators, wherein the second dedicated light source is different from the first dedicated light source, and wherein the second codeless wiring condition indicator is different from the first codeless wiring condition indicator and the first wiring condition indicator,
wherein the single line outlet tester circuitry is configured to control a third dedicated light source of the three or more dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the third dedicated light source being dedicated to a third codeless wiring condition indicator of the three or more codeless wiring condition indicators, wherein the third dedicated light source is different from the first dedicated light source and the second dedicated light source, and wherein the third codeless wiring condition indicator is different from the first codeless wiring condition indicator, the first wiring condition indicator, and the second codeless wiring condition indicator,
wherein the single line outlet tester circuitry is configured to control a fourth dedicated light source of the three or more dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the fourth dedicated light source being dedicated to a fourth codeless wiring condition indicator of the three or more codeless wiring condition indicators, wherein the fourth dedicated light source is different from the first dedicated light source, the second dedicated light source, and the third dedicated light source, and wherein the fourth codeless wiring condition indicator is different from the first codeless wiring condition indicator, the first wiring condition indicator, the second codeless wiring condition indicator, and the third codeless wiring condition indicator,
wherein the single line outlet tester circuitry is configured to control a fifth dedicated light source of the three or more dedicated light sources to emit light based on the plurality of electrical outlet testing functions, the emission of light by the fifth dedicated light source being dedicated to a fifth codeless wiring condition indicator of the three or more codeless wiring condition indicators, wherein the fifth dedicated light source is different from the first dedicated light source, the second dedicated light source, the third dedicated light source, and the fourth dedicated light source, and wherein the fifth codeless wiring condition indicator is different from the first codeless wiring condition indicator, the first wiring condition indicator, the second codeless wiring condition indicator, the third codeless wiring condition indicator, and the fourth codeless wiring condition indicator, and
wherein the first codeless wiring condition indicator is indicative of a Correct wiring condition of the single line electrical outlet, wherein the first wiring condition indicator is indicative of an Open Hot wiring condition of the single line electrical outlet, wherein the second codeless wiring condition indicator is indicative of a Bad ground wiring condition of the single line electrical outlet, wherein the third codeless wiring condition indicator is indicative of an Open neutral wiring condition of the single line electrical outlet, wherein the fourth codeless wiring condition indicator is indicative of a Hot/Grd rev wiring condition of the single line electrical outlet, and wherein the fifth codeless wiring condition indicator is indicative of a Hot/Neu rev wiring condition of the single line electrical outlet.