EATON
CAH2150Y - 150Amp Circuit Breaker
CAH2150Y - 150Amp Circuit Breaker
Couldn't load pickup availability
CAH2150Y - 150Amp Circuit Breaker
The CAH2150Y Circuit Breaker is a high-performance, molded case circuit breaker engineered to provide reliable protection and efficiency for modern electrical systems. With a 150-amp rating and a 2-pole configuration, it is ideal for medium-to-high load applications in residential, commercial, and light industrial environments. Its 22k A.I.C. interrupting capacity at 120/240VAC ensures robust fault current handling, offering peace of mind in critical systems. The non-interchangeable trip unit delivers consistent, tamper-resistant operation, while the included line-side lugs simplify installation.
Key Features and Benefits
- Durable Molded Case: Designed to withstand thermal and mechanical stress for long-lasting reliability.
- Line-Side Lugs Included: Enhances ease of installation and ensures secure connections.
- Non-Interchangeable Trip Unit: Prevents unauthorized adjustments, ensuring consistent performance tailored to specific applications.
-
Compact Design: Saves space and simplifies installation in tight or challenging configurations.
Technical Specifications
-
Amperes: 150
-
Poles: 2
-
Voltage: 120/240VAC
-
Interrupting Capacity: 22k A.I.C.
-
Frame Type: CAH
-
Operating Temperature: Rated for 40°C environments
-
Dimensions: 2.75"W x 6.50"L x 2.69"D
- Weight: 4.50 lbs.
Material Compliance and Certifications
- The CAH2150Y Circuit Breaker meets industry safety standards and is manufactured using environmentally responsible materials. Its compliance with regulatory standards ensures safety, reliability, and long-term operational integrity.
Suitability
- The CAH2150Y Circuit Breaker is perfect for residential, commercial, and light industrial applications requiring robust overcurrent protection for medium-to-high load systems. Its compact form factor and superior interrupting capacity make it a versatile choice for a variety of installations, ensuring safety and performance in critical environments.
Share
