Circuit Breaker 20 amps Standard Single Pole

Roll over image to zoom in

Siemens Q120 Circuit Breaker 20 amps Standard Single Pole

Item #: Q120 by SIEMENS INDUSTRY INC

UPC #: 783643148192

See reviews See reviews

In Stock $9.56 /each

SAVE UP TO 0.96

Buying in bulk

QUICK SHIPPING*Usually ships in 1 business day
QTY
+
+ Add to Wishlist
Buy in Bulk & Save - See How Watch Now

Shop with Confidence

30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.

Voltage

120

Warranty

Lifetime

Certifications

UL

Amperage

20 Amp

Phase

1

Manufacturer Warranty

Lifetime

Breaker Type

Single Pole

Certifications and Listings

UL Listed

Circuit Breaker Type

Plug-In

Maximum Amperage

20

Product Depth (in.)

3

Product Height (in.)

3

Product Width (in.)

1

Pack Size

1

Returnable

Yes

UL Listed

Yes

Height

2.00

Defective Code

A

Width

3.00

Circuit Protection Type

Standard

Mounting Type

Plug-In

Volts

120/240 V

Packaging Type

Bulk

Depth

2.8"

Allocation Quantity

10

Number of Poles

Single Pole

Product Type

Circuit Breaker

AMPS

20 Amps

CSA Listed

Yes

Each Weight

0.280 LB

Velocity

B

Hazardous Material

No

UNSPSC

39121601

Length

3.00

ECCN

EAR99

Country Origin Code

US

Indoor or Outdoor

Indoor and Outdoor

Siemens offers a wide array of thermal magnetic circuit breakers that are the key element for overload and short circuit protection of your home's electrical system. to provide additional protection Siemens offers circuit breakers to protect against severe electrical shock or electrocution, mitigate the risk of electrical fires and protect against damaging surges and volt spikes. Circuit breakers are intended for switching and protection of your home's wiring from high temperature caused by excess current higher than the rating of the wire. While thermal magnetic circuit breakers are the key element for overload and short circuit protection of your electrical system, there are potentially dangerous conditions that do not involve over current.