R62-W5320-T0W Features: -Receptacle.-Duplex.-Tamper resistant.-Rust resistant. Color/Finish: -Color: White. Specifications: -15 Amper. Dimensions: -4.25" H x 2.25" W x 1.69" D, 0.2 lb.
- Made with Special Ultraviolet Stable Plastic to prevent discoloration
- Shutter mechanism inside the receptacle blocks access to the contacts unless a two-prong plug is inserted, helping ensure hairpins, keys, etc. , will be locked out
- Shallow design for maximum wiring room and Break-off plaster ears for best flush alignment
- Tamper/Weather Resistant Receptacle is ideal in damp or wet locations
- Double-wipe power contacts for maximum conductivity and plug retention
- Made with Special Ultraviolet Stable Plastic to prevent discoloration
- Shutter mechanism inside the receptacle blocks access to the contacts unless a two prong plug is inserted, helping ensure hairpins, keys, etc., will be locked out
- Shallow design for maximum wiring room and Break off plaster ears for best flush alignment
- Tamper/Weather Resistant Receptacle is ideal in damp or wet locations
- Double wipe power contacts for maximum conductivity and plug retention
- Made with Special Ultraviolet Stable Plastic to prevent discoloration
- Shutter mechanism inside the receptacle blocks access to the contacts unless a two-prong plug is inserted, helping ensure hairpins, keys, etc. , will be locked out
- Shallow design for maximum wiring room and Break-off plaster ears for best flush alignment
- Tamper/Weather Resistant Receptacle is ideal in damp or wet locations
- Double-wipe power contacts for maximum conductivity and plug retention
- Made with Special Ultraviolet Stable Plastic to prevent discoloration
- Shutter mechanism inside the receptacle blocks access to the contacts unless a two prong plug is inserted, helping ensure hairpins, keys, etc., will be locked out
- Shallow design for maximum wiring room and Break off plaster ears for best flush alignment
- Tamper/Weather Resistant Receptacle is ideal in damp or wet locations
- Double wipe power contacts for maximum conductivity and plug retention
