NE-S 2200 - 100Amp Circuit Breaker

NE-S 2200 - 100 Amp Circuit Breaker

The NE-S 2200 is a 100 amp, 2-pole thermal magnetic circuit breaker designed for dependable protection in residential and commercial electrical systems. Rated for 240VAC with a 10kA interrupting capacity, this breaker helps protect circuits from overloads and short circuits that can damage wiring and connected equipment. Its plug-on design with rear stabs allows it to seat securely into compatible panelboards, making it a practical option for maintenance replacements or system servicing. Built with a molded case enclosure and load-side lug terminals, the NE-S 2200 offers straightforward installation and consistent performance in 40°C environments.

Key Features and Benefits

• 100 Amp, 2-Pole configuration for 240VAC applications
• Thermal magnetic trip mechanism for overload and short-circuit protection
• 10kA interrupting capacity at 240VAC
• Plug-on mounting style with rear stabs
• Molded case construction for long service life
• Load-side lug terminals for secure conductor connections
  

Technical Specifications

• Model Number: NE-S 2200
  
• Amperage Rating: 100A
  
• Number of Poles: 2
  
• Voltage Rating: 240VAC
  
• A.I.C. Rating: 10kA @ 240VAC
  
• Frame Type: NE-S
  
• Dimensions: 2.75" W x 6.19" L x 5.50" D
  
• Temperature Rating: 40°C
  
• Mounting: Plug-on
  
• Shipping Weight: 6.50 lbs
  

Material Compliance and Certifications

• Industry Standards: The NE-S 2200 circuit breaker is manufactured to meet applicable industry safety standards for electrical distribution equipment.
• Construction: It is constructed from quality electrical-grade materials intended for use within its rated specifications and compliant installations.
  

Where It Works Best

• This breaker is commonly used for maintenance replacements in residential and light commercial panelboards that require a 100 amp, 2-pole device within the NE-S frame type. It works well in service upgrades, repairs, or when restoring protection to existing circuits where compatibility and proper interrupting capacity are essential.