Specification | Details |
---|---|
Product Name | Mitsubishi Ae3200-ss Air Circuit Breaker 3200A 1000Vac 3-pole 50/60Hz |
Manufacturer | Mitsubishi Electric Corporation |
Model | AE3200-SS |
Type | Air Circuit Breaker |
Rated Current | 3200 A |
Poles | 3 |
Bus Tie | Yes |
Ambient Temperature | 45°C |
Rated Frequency | 50/60 Hz |
Insulation Voltage | 1000 VAC |
Operational Voltage | 690 VAC |
Short Time Withstand Current | 65 kA for 1 sec. |
Utilization Category | B |
Standard | IEC 947-2 |
Motor Charging Device | 100-125 VAC, DC |
Closing Coil | 100-250 VAC, DC |
Shunt Trip Device | 380-500 VAC, 250 VAC 10A, 250 VDC 0.3A |
UVT Coil and UVT Controller | Control Supply: 100-120 VAC, 200-240 VAC |
Indication Contacts | 250 VAC 2A, 125 VDC 0.1A |
Electronic Trip Relay | Model: MT-1 |
Rated Current Max In Max | 3200 A |
Rated Current In | 2493 A |
Country of Origin | Made in Japan |
Weight | 99.500 Kg |
AE3200-SS Air Circuit Breaker
The Mitsubishi AE3200-SS Air Circuit Breaker stands as a peak of reliability and performance in the area of electrical protection systems. Manufactured by Mitsubishi Electric Corporation, renowned for its innovation and precision manufacturing, this breaker is designed to meet the demanding needs of industrial and commercial applications. At its core, the AE3200-SS is a 3-pole circuit breaker capable of handling currents up to 3200 amps at 1000V AC. This robust capability makes it suitable for a wide range of electrical installations where reliable protection against overloads and short circuits is dominant. Its frame size of 3200A ensures it can manage large electrical loads with ease, providing a crucial safety barrier in high-power conditions. Manufactured to excel under various conditions, the AE3200-SS operates efficiently even at ambient temperatures up to 45°C, due to its advanced thermal management system. It adheres to international standards like IEC947-2, ensuring compliance with rigorous safety and operational norms across different regions and industries.
In terms of performance metrics, this breaker boasts impressive specifications: it can withstand short-time currents of up to 65kA for 1 second and sustain a similar current for 3 seconds, demonstrating its ability to handle sudden electrical surges effectively. The utilization category B further underscores its reliability in industrial contexts where downtime due to electrical faults is not an option. Moreover, the AE3200-SS features an inclusive set of support devices that enhance its functionality and operational flexibility. It includes a motor charging device compatible with 100-125V Ac/Dc, a closing coil operating on 100-250V Ac/Dc, and a shunt trip device rated for 380-500V Ac. These components enable remote operation and quick response capabilities, crucial for ensuring rapid isolation of faults and minimizing downtime. Built with precision in Japan, the AE3200-SS incorporates advanced electronic trip relay technology, specifically the MT-1 model, which allows for precise current monitoring and trip settings. This ensures that the breaker responds swiftly to electrical conditions, thereby safeguarding connected equipment and personnel from potential hazards.
The Mitsubishi AE3200-SS Air Circuit Breaker represents the essence of reliability, efficiency, and safety in electrical protection. Ideal for demanding industrial environments where uninterrupted power supply is critical, it combines robust construction with advanced features to deliver better performance. Whether used in power distribution networks, manufacturing facilities, or commercial buildings, the AE3200-SS stands ready to meet the challenges of modern electrical infrastructure, ensuring composure for operators and stakeholders alike.
For a comprehensive range of high-performance circuit protection solutions, explore this product, the Mitsubishi AE3200-SS 3 Pole Low Voltage Air Circuit Breaker 3200A . Designed for superior reliability and efficiency, it offers robust protection and control for demanding electrical systems. This model is ideal for various industrial applications, ensuring safety and optimal performance.