TBC-310M Miniature Circuit Breaker (MCB) 3P 10A 6kA

Protection Technology: The TBC-310M employs thermal-magnetic trip technology, combining a bimetallic thermal element for overload protection with an electromagnetic release for short-circuit protection. The Type C tripping curve is calibrated to trip between 5 and 10 times the rated current, providing optimal protection for circuits with moderate inrush currents.

Breaking Performance: With a rated breaking capacity of 6kA at 415V AC, this MCB can safely interrupt fault currents up to 6,000 amperes. The ultra-fast tripping time of less than 0.1 seconds minimizes potential damage to connected equipment and reduces safety risks during fault conditions.

Electrical Ratings: The device is rated for 10A continuous current at an ambient temperature of 30°C. It operates on AC networks at 415V with a rated impulse voltage withstand of 4kV, providing robust protection against voltage transients. The MCB is suitable for both 50Hz and 60Hz frequency systems.

Construction and Mounting: The TBC-310M features a thermoplastic housing with flame-retardant properties and silver-alloy contacts for reliable current interruption. The 3-pole configuration occupies 54mm (3 modules) of DIN rail space. Installation is tool-free via standard 35mm DIN rail clips, and the device can be easily removed for maintenance or replacement.

Durability and Lifecycle: Rated for 20,000 mechanical operations and 4,000 electrical operations at rated current, the TBC-310M is built for long-term reliability. The robust internal mechanism ensures consistent performance throughout its operational life.

Standards Compliance: Manufactured in accordance with IEC 60898-1 international standards for MCBs, the TBC-310M carries CE marking for European conformity, CB certification for international recognition, and TÜV approval for quality and safety assurance.

• Residential distribution boards and consumer units for three-phase supply protection
• Commercial building electrical installations including offices, retail spaces, and public facilities
• Light industrial facilities and workshops requiring reliable circuit protection
• Protection of three-phase motor circuits and inductive loads
• Electrical panels in apartment complexes and multi-dwelling units
• Small commercial kitchens and food service equipment circuits
• HVAC system protection in commercial and residential buildings
• Lighting circuits with fluorescent or LED drivers
• General low-voltage distribution and sub-distribution boards
• Renovation and retrofit projects requiring modern circuit protection
• Educational facilities including schools and training centers
• Healthcare facilities for non-critical circuit protection