CAH2200X - 200Amp Circuit Breaker

CAH2200X - 200 Amp Circuit Breaker

The CAH2200X molded case circuit breaker is a 2-pole, 200 amp breaker designed for use in 120/240VAC electrical distribution systems. Built on the CAH frame, it provides thermal-magnetic overcurrent protection with a fixed, non-interchangeable trip unit calibrated at 40°C. With a 22kA interrupting rating at 120/240VAC, this breaker is rated to safely clear fault conditions within its specified capacity.

This model is commonly used as a direct replacement in existing equipment requiring a CAH frame breaker. The included load-side lugs help simplify installation, while the compact footprint (approximately 6.5 inches in height) allows it to fit properly in compatible panelboards and distribution equipment. Built for long service life, the CAH2200X is intended to maintain proper protection and system continuity in commercial and industrial settings.

Key Features and Benefits

• 200 Amp continuous current rating
• 2 poles for 120/240VAC applications
• 22kA A.I.C. rating @ 120/240VAC
• CAH frame for proper form and fit
• Non-interchangeable thermal-magnetic trip unit
• Load-side lugs included
• 40°C ambient calibration
• Built to last in demanding environments

Technical Specifications

• Part Number: CAH2200X
• Poles: 2
• Amperage: 200A
• Voltage Rating: 120/240VAC
• Interrupting Rating: 22kA @ 120/240VAC
• Frame Type: CAH
• Trip Unit: Non-Interchangeable
• Calibration: 40°C
• Height: 6.5 inches
• Shipping Weight: 2.75 lbs

Material Compliance and Certifications

• The CAH2200X is manufactured to meet applicable industry standards for molded case circuit breakers. It is intended for installation in properly rated and compatible electrical equipment in accordance with local electrical codes and manufacturer guidelines.

Where It Works Best

• This breaker is suited for commercial and industrial panelboards and distribution systems operating at 120/240VAC that require a 2-pole, 200 amp CAH frame breaker. It is particularly useful for maintaining existing systems where matching amperage, interrupting capacity, and frame type are necessary for correct fit and function.