FCV36TE080R - 80Amp Circuit Breaker

FCV36TE080R - 80Amp Circuit Breaker

The FCV36TE080R, commonly referred to as the RECORDPLUSMCCB100AFRAMENOLUGS, represents the pinnacle of modern circuit breaker technology. Designed by ABB, this molded case circuit breaker incorporates cutting-edge features such as double-break rotary contact structures and advanced ablative materials. These innovations ensure exceptional performance in high-interruption scenarios, making it a reliable choice for demanding electrical applications. Its robust design and high kAIC ratings provide superior protection and efficiency, ideal for commercial and industrial settings.

Key Features and Benefits:

• Double-Break Rotary Contact Structures: Enhance interruption capabilities, supporting ratings up to 200kA (FC max at 150kA).
• Advanced Ablative Materials: Reduce arc flash energy and limit current, enhancing safety.
• Factory-Installed Thermal-Magnetic Trip Units: Non-user interchangeable, ensuring consistent performance.
• Flexible Installation: Available in 2- and 3-pole versions, both fitting within a 3-pole footprint.
• High kAIC Ratings: Ensures selective coordination and robust protection.

Technical Specifications:

• Poles: 3
• Amperage: 70Amp
• System Voltage: 240Vac, 250Vdc, 480Vac, 500Vdc, 600Vac
• Interrupting Ratings: 240Vac: 65KAIC, 250Vdc: 35KAIC, 480Vac: 35KAIC, 500Vdc: 22KAIC, 600Vac: 22KAIC, 600/347Vac: 22KAIC
• Trip Function: LI
• Continuous Current Rating: Standard
• Lugs: FCALK14, FCOLK14 (optional, product numbers ending in R or R0 do not include lugs)
• Suitable for Reverse Feed: Yes
• Special Markings: HACR

Material Compliance and Certifications:

• UL Listed: File No. E11592
• CSA Certified: File No. LR40350
• Environmentally Friendly Materials: Aligns with global sustainability standards.

Suitability:

• Ideal for applications requiring high interrupting capacity and selective coordination, the RECORDPLUSMCCB100AFRAMENOLUGS is perfect for commercial buildings, industrial facilities, and data centers. Its design reduces arc flash energy, enhancing workplace safety and ensuring efficient energy management. It is particularly suited for installations needing reliable current limitation.

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