Heinelec Miniature Circuit Breaker 6KA 1P+N 20A C2 SF1EL20-3
The Heinelec Circuit Breaker 6KA 1P+N 20A C2 SF1EL20-3 is a vital component in industrial electrical systems, ensuring efficient and reliable protection against overloads and short circuits. With a robust 6KA breaking capacity, this circuit breaker guarantees the safe operation of electrical circuits, minimizing the risk of damage and downtime. The 1P+N configuration and 20A rating make it versatile for various applications, while the C2 characteristic curve ensures precise tripping for enhanced safety in critical electrical installations.
Designed for optimal performance, the SF1EL20-3 from Heinelec is a cutting-edge circuit breaker tailored to meet the demands of industrial electrical environments. The 135-degree split point ensures accurate and controlled tripping, reducing the impact of electrical faults. With advanced features and a commitment to reliability, this circuit breaker stands out as a trusted solution for safeguarding electrical systems. Invest in the Heinelec Circuit Breaker for unparalleled performance, providing a critical layer of protection for industrial electrical circuits.
Heinelec Miniature Circuit Breaker 6KA 1P+N 20A C2 SF1EL20-3 Features:
- Number of poles: 2
- Rated voltage: 240 V
- Rated current: 20
- Rated fault current: 30 mA
- Rated impulse withstand voltage Uimp: 6 kV
- Mounting method: Clip On
- Frequency: 50
- Additional equipment possible: Yes
- ° of protection (IP): IP2X
- Built-in depth: 67
- Rated short-circuit breaking capacity Icu IEC 60947-2 at 230 V: 6
- Concurrently switching N-neutral: No
- Rated voltage: 240V
- Release characteristic: 2
Complies with AS 3111 & AS/NZS 3190 (Approval Number NSW21007). Switches both the Active and Neutral Poles. 26mm Width. Hydraulic-magnetic circuit breaker: Overcurrent trip point unaffected by ambient temperature. IP2X Shrouded line and load terminals. Operating voltage: 110V to 240V AC (50Hz/60Hz). Immune to pulsating DC. Applications:-. Provides 30mA residual current protection with active and neutral isolation combined with overload and short circuit protection
