Allen-Bradley 140M-C-AFAR10A10
Overview
The Allen-Bradley 140M-C-AFAR10A10 is a high-performance trip-indicating auxiliary contact, meticulously engineered to provide superior monitoring and control capabilities for a wide range of industrial circuit breakers. As a crucial component in electrical distribution and automation systems, this robust device from Allen-Bradley's renowned product line ensures precise trip status feedback. Designed for seamless integration with C, RC, D, and F frame circuit breakers, the 140M-C-AFAR10A10 enhances operational safety and efficiency by providing clear, real-time insights into your system's status. Its front-mounted configuration simplifies installation, making it an ideal solution for upgrading existing setups or integrating into new industrial panels.
Key Features
- Comprehensive Trip Indication: Provides immediate and accurate feedback for all circuit breaker trip causes, ensuring rapid response to operational anomalies.
- Dual Contact Configuration: Equipped with one Normally Open (N.O.) trip contact and one Normally Open (N.O.) auxiliary contact for versatile monitoring and control applications.
- Optimized Front-Mounted Design: Facilitates easy and quick installation on compatible circuit breakers, minimizing downtime and labor costs.
- Broad Compatibility: Seamlessly integrates with Allen-Bradley C, RC, D, and F frame circuit breakers, offering extensive application flexibility.
- Industrial-Grade Durability: Constructed with high-quality materials to withstand the demanding conditions of industrial environments, ensuring long-term reliability.
- Enhanced System Reliability: Contributes to a more reliable and responsive electrical system by providing critical status information.
- Streamlined Maintenance: Simplifies troubleshooting and maintenance procedures with clear visual and electrical trip indications.
Technical Specifications
- Model: 140M-C-AFAR10A10
- Type: Trip Indicating Auxiliary Contact
- Series: 140M
- Trip Contact Configuration: 1 Normally Open (N.O.)
- Auxiliary Contact Configuration: 1 Normally Open (N.O.)
- Mounting Type: Front Mounted
- Compatibility: C, RC, D, and F Frame Circuit Breakers
- Brand: Allen-Bradley
Applications
- Advanced circuit breaker status monitoring in industrial control panels.
- Integration into complex electrical distribution systems for enhanced oversight.
- Process automation systems requiring precise feedback on circuit breaker events.
- Safety interlock systems where reliable trip indication is paramount.
- Upgrade and retrofitting of existing circuit breaker installations.
- Manufacturing and heavy industry environments for critical equipment protection.
Why Choose This Model?
- Unmatched Reliability: Allen-Bradley's reputation for quality ensures a consistently dependable product that performs flawlessly in critical situations.
- Seamless Integration: Designed for easy front mounting and broad compatibility, reducing installation complexity and time.
- Enhanced Safety: Provides crucial trip indication, allowing operators to quickly identify and address issues, thereby improving overall system safety.
- Optimized Control: The dual N.O. contact configuration offers greater flexibility for control and monitoring functions within your electrical infrastructure.
- Long-Term Value: Its durable construction and robust design translate to a longer operational life and reduced need for replacements, offering excellent return on investment.
- Trusted Brand: Leverage the expertise and support of Allen-Bradley, a global leader in automation and control technologies.
Order Now
Equip your industrial systems with the unparalleled reliability and precision of the Allen-Bradley 140M-C-AFAR10A10 Trip Indicating Auxiliary Contact. Ensure optimal performance, enhanced safety, and superior control over your circuit breakers. Don't compromise on the integrity of your electrical infrastructure – invest in quality and efficiency. Order yours today to take the next step in industrial automation excellence and secure your operations with a choice trusted by professionals worldwide.