15A self-test GFCI outlet
- 15A GFCI receptacle for indoor protection and maintenance use
- Self-test monitoring function for current GFCI replacement needs
- Non-tamper-resistant face for specifications that do not call for TR
- Non-weather-resistant design intended for indoor positioning
- UL-listed GFCI compliance framework
Why Choose ShengYu
- North America Market Expertise
- Stable Production, Reliable Quality
- OEM / ODM for Brand Growth
- Commercial Project Supply Support
- Private Label & Packaging Customization
Available Colors
15A Self-Test GFCI Receptacle Description
15A Self-Test GFCI Outlet is a GFCI outlet designed for indoor replacement, maintenance, and facility-use applications where ground-fault protection is required without adding tamper-resistant or weather-resistant features. It features a 15A rating, self-test monitoring functionality, a non-TR face, a non-WR design, and UL-listed GFCI certification context. It is suitable for contractors, distributors, and MRO or facility buyers sourcing standard indoor GFCI replacements for North American installations.
Non-TR GFCI Outlet Features
| Product Code | TS15 |
| Certified Safety | UL, cUL |
| GFCI Type | Self-Test GFCI, Class A GFCI |
| Voltage | 125V |
| Amperage | 15A |
| NEMA | 5-15R |
| Color | White,Ivory,Almond,Black,Grey,Brown,Graphite |
| Finish | Satin |
| Operating Temperature | -35C to 66C(-30F to 150F) |
| Application Sector | Commercial, Multi-Dwelling Unit, Residential |
| Features | Alarm, Self-Test |
| Wiring Method | Back Wire and Side Wire |
| Pole | 2 |
| Wire | 3 |
| Wall Plate Included | Yes |
| Number of Receptacles | 2 |
| Standards & Certifications | UL/CSA, NEMA WD6 |
| Grounding | Self Grounding |
| Trip Level | Class A, 5mA plus or minus 1mA |
| Tamper Resistant | None |
| Weather Resistant | None |
| Own US Patents | Yes |
| Face Material | Thermoplastic |
| Body Material | Thermoplastic |
| Terminal | Brass-Hot, Green-Ground, Silver-Neutral |
| Country of Origin | China |
Frequently Asked Questions (FAQ)
What is a self-test GFCI receptacle?
A self-test GFCI receptacle is a ground-fault interrupter device that continuously monitors its protection function and is designed to provide a more current safety profile than older non-monitoring GFCI devices.
What is the difference between a TR and a non-TR GFCI receptacle?
A TR GFCI includes tamper-resistant shutters at the receptacle openings, while a non-TR GFCI does not. Whether TR is required depends on the installation location, occupancy type, and the locally adopted electrical code.
When can a non-tamper-resistant GFCI receptacle be used?
A non-tamper-resistant GFCI receptacle may be used where the applicable project requirements and local code do not require a tamper-resistant device. Final suitability should always be reviewed against the actual installation location and authority having jurisdiction.
Do self-test GFCI outlets meet current UL requirements?
GFCI receptacle products are certified within the UL 943 framework for this product category. Final compliance for a specific item should be confirmed by its actual listing, markings, and product documentation.
Can I install a 15A GFCI on a 20A circuit?
Circuit compatibility should be confirmed from the product instructions, branch-circuit design, and applicable code requirements. It should not be assumed from amperage labeling alone.
What are the NEC considerations for using a non-TR GFCI receptacle?
NEC tamper-resistant receptacle rules under Section 406.12 apply to many residential, hotel, educational, child-care, and other specified occupancies and locations. For a non-TR GFCI, code suitability must be checked against the exact installation environment and the locally adopted code edition before use.
Product Overview
5-Step Quick Wiring Guide for GFCI Receptacles
This is a general wiring reference for standard U.S. GFCI receptacle installation. Always turn off power first and verify local code and product-specific instructions before installation.
- Turn Off Power: Switch off the breaker and verify the electrical box is de-energized with a voltage tester.
- Identify LINE and LOAD: Locate the incoming power cable for the LINE terminals. If a second cable feeds downstream receptacles, identify it as LOAD and use it only when downstream GFCI protection is required.
- Connect the LINE Wires: Connect the incoming hot wire to the brass LINE terminal, the incoming neutral wire to the silver LINE terminal, and the ground wire to the green grounding terminal.
- Connect LOAD Only If Needed: If downstream protection is required, connect the outgoing hot wire to the brass LOAD terminal and the outgoing neutral wire to the silver LOAD terminal. Do not reverse LINE and LOAD.
- Mount and Test the GFCI: Fold the wires neatly into the box, mount the receptacle and wall plate, restore power, press RESET, then press TEST to confirm proper operation before resetting again.
