QO 2-20 Amp Single-Pole Class CTL Tandem Circuit Breaker

Stock status: In stock
Country: United Kingdom

The Square D by Schneider Electric QO 20 Amp Single-Pole Tandem Circuit Breaker is intended for overload and short-circuit protection of your electrical system. This breaker offers 2 circuits in the space of just 1 and is compatible with QO load centers, CSED devices, and NQOD panel boards. The ANSI-certified and UL-listed unit is rated for 120/240 VAC and 10,000 AIR. All QO circuit breakers are equipped with the exclusive Visi-Trip indicator. When a QO Visi-Trip circuit breaker trips, the handle snaps to a midpoint position between "Off” and “on" and a highly visible, red indicator easily identifies the tripped breaker. This enables you to easily distinguish which breaker has tripped in a load center that may contain up to 42 different circuit breakers. QO circuit breakers have features no other manufacturer can offer. They come in many different sizes and can meet the needs of virtually every function in your home or business. These types of quality, industry exclusive products keep the Square D brand ahead of the competition and are builders' and electrical contractors' first choice in electrical protection.

  • QO 2-20 Amp one-pole tandem circuit breaker
  • Plug-on design, easy to install
  • Compatible with QO load centers, CSED's and NQOD panel boards
  • 120/240 VAC
  • 10,000 AIR
  • ANSI certified and UL Listed
  • Limited lifetime warranty
Product Depth (in.) 3.44
Product Height (in.) 3.22
Product Width (in.) 0.75
Breaker Type Tandem
Electrical Product Type Breaker
Interruption Type Standard Trip
Maximum Amperage (amps) 20
Mounting type Plug In
Number of Poles 2
Power Distribution Features Trip Indicator
Product Weight (lb.) 0.39lb
Returnable 90-Day
Voltage (volts) 120/240
Certifications and Listings 1-UL Listed
Manufacturer Warranty Square D warrants its branch circuit breakers to be free from defects in material and workmanship under normal care and proper usage in a residential installation, for the lifetime of the QO