ABB Højtydende 63A Automatsikring, 3P Type C karakteristik

This MCB is engineered for effective circuit protection in various electrical systems. With a current rating of 63A and a three-pole configuration, it safeguards circuits by interrupting faults and preventing overloads, thereby ensuring reliability and safety in daily applications.

• Type C tripping characteristics allow quick response to moderate overloads
• High performance ensures dependable circuit protection in various environments
• Designed for DIN rail mounting, facilitating easy installation and efficient space usage
• Capable of handling short circuits rated at 25kA for enhanced safety
• Three-pole design supports diverse applications in multi-phase systems

• Utilised in industrial automation systems for consistent protection
• Incorporated in electrical distribution panels to guard against faults
• Suitable for commercial buildings that require robust circuit security
• Used in control panels to improve safety mechanisms

ABB S800 serien er en 3-polet højtydende automatsikring med CAGE Terminal. Det er en strømbegrænsende enhed med en maksimal brydeevne på 25 kA. Den har to forskellige udløsningsmekanismer, den termiske udløsningsmekanisme til overbelastningsbeskyttelse og den elektromekaniske udløsningsmekanisme til beskyttelse mod kortslutning.

Tæthedsgrad IP20
Driftstemperatur fra -25 til 60 grader C.
Energibegrænsende klasse 3

The Type C tripping characteristic ensures the circuit breaker quickly reacts to moderate overloads, making it appropriate for circuits with higher inrush currents.

Yes, it is compatible with standard DIN rail installations and integrates easily into current setups.

It is advisable to conduct periodic testing and visual inspections of the circuit breaker to maintain optimal functionality and safety.

It is particularly advantageous in environments with significant inrush currents, such as motor-driven applications and lighting circuits.

While it is primarily designed for commercial and industrial tasks, it can also be utilised in residential settings with complex electrical demands.