EATON TRUSBC20V-BOX Decorator High Power Combination USB Charging Device With Duplex Tamper-Resistant Receptacle, 20 A at 125 VAC, 2 Poles, 3 Wires, Ivory
TRUSBC20V-BOX
MFG #: TRUSBC20V-BOX
$132.97
/ EA
Non-Stock Item
- Color: Ivory
- Country of Origin: CN
- Electrical Ratings: 20 A at 125 VAC
- Environmental Conditions: 4 to 140 deg F
- Grade: Commercial/Healthcare/Standard
- Insulation: NEMA 5-15R/5-20R
- Manufacturer Name: Eaton
- Material: Thermoplastic
- Mounting: Flush
- Number of Poles: 2
- Number of Wires: 3
- Size: 1.67 in L x 1.3 in W x 4.19 in H
- Type: Decorator High Power
- USB Quantity: 2
- USB Rating: 5 A at 5 VDC
- USB Type: Type-C
- Wire Size: 14 to 10 AWG
- Wiring Method: Back/Side Wired
Eaton's USB chargers offer fast, convenient and efficient charging of portable electronic devices directly from a standard outlet without bulky adapters or powered computers. This innovative line eliminates clutter in residential and commercial environments while enabling compatibility with USB Type A and C electronics, including smart phones, tablets, e-readers, cameras, MP3 players and more.
- Item Features
- Application
- Standards
- Standard AC receptacle with (2) USB-C ports rated at a combined 5 A
- Dual USB-C charging ports charge most electronic devices that comply with the USB-C standard
- Replaces a standard duplex receptacle
- Automatic grounding system eliminates need for bonding jumper in grounded metal enclosure, provides redundant measure of ground continuity where jumper is used
- Thermoplastic top and back-body are virtually unbreakable to deliver years of durable performance
- Steel mounting strap is zinc plated for added corrosion resistance
- Convenient patented built-in wire strippers speed installation
- Triple wipe blade contacts and double wipe ground contacts to insure long-term blade retention
- https://www.youtube.com/watch?v=WC7FcFUNxAM
Homes, Offices, Hotels, Classrooms, Lobbies, Lounges and Coffee Houses, OEM Applications, Airports, Auditoriums and Libraries
BAA Compliant|cULus Listed|NOM 426|UL 498/1310/EI5058|2017 NEC Article 406.12