K3100 - 100Amp Circuit Breaker

K3100 - 100Amp Circuit Breaker

When you're tracking down a K3100 circuit breaker, the part number is only the starting point. You'll also want the frame, pole count, amperage, trip type, and physical dimensions to line up with the equipment already in place. For existing and legacy systems, that combination of electrical and physical details can help narrow down the correct form, fit, and functional replacement. The K3100 is built to last, with the focus where it belongs: matching the breaker to the requirements of the equipment already in service.

Key Features and Benefits

• 100A rating for systems specifically calling for this current capacity.
• Three-pole design makes pole-count compatibility straightforward to confirm.
• The Type K/K-Frame configuration provides an important identifier for matching existing equipment.
• Thermal-magnetic trip design gives you another specific detail to compare with the breaker being replaced.
• A practical choice for form, fit, and functional replacement when all electrical and physical specifications match.
  

Technical Specifications

• Part Number: K3100
  
• Product Type: Molded Case Circuit Breaker
  
• Type: K
  
• Frame: K-Frame
  
• Amperage: 100A
  
• Poles: 3
  
• Trip Type: Thermal-Magnetic
  
• A.I.C. Rating & Voltage: 600VAC
  
• Width: 8.25 in.
  
• Height / Length: 15.50 in.
  
• Depth: 4.00 in.
  
• Overall Dimensions: 8.25 in. W × 15.50 in. L × 4.00 in. D
  
• Approximate Ship Weight: 34.00 lb
  

Material Compliance and Certifications

No specific material-compliance information, listings, or certifications were provided for the K3100. UL, CSA, IEC, RoHS, REACH, and similar certifications should not be assumed. If a particular standard or approval is required for the installation, confirm it using the applicable product documentation.

Where It Works Best

The K3100 is suited to compatible existing and legacy equipment that calls for a 100A, three-pole Type K/K-Frame molded-case circuit breaker with a thermal-magnetic trip design. It can be especially useful when maintaining equipment where preserving the original breaker's electrical characteristics and physical fit is important.