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This 63A, 3-pole molded case circuit breaker (NM8-125S) provides reliable protection for electrical circuits and equipment against overloads, undervoltage, and short circuits. Ideal for use in Automatic Transfer Switches (ATS), Main Distribution Boards (MDBs), and Motor Control Centers (MCCs). Features both thermal and electromagnetic trip mechanisms for comprehensive safety.
Авт. выкл. NM8-125S 3P 63A 50кА (тепловой и электромагнитный) is a three-pole molded case circuit breaker designed for use in automatic transfer switching (ATS), main distribution boards (MDBs), and motor control centers (MCCs). Providing comprehensive protection against overload, undervoltage, and short-circuit conditions, this breaker ensures the safety and reliability of electrical circuits and connected equipment. Its robust construction and high breaking capacity offer dependable performance in demanding applications.
Type: Molded Case Circuit Breaker (MCCB)
Standard: IEC/EN 60947-2, GOST IEC 60947-2
Base Material: High-impact resistant plastic housing with internal components of silver-tin alloy and copper
Application: Indoor
Consumption: Not applicable – this is an electrical component, not a consumable material.
Drying Time: Not applicable – this is an electrical component, not a material requiring drying.
Durability: Mechanical life of 20,000 cycles; Electrical life of 8,000 cycles; Resistant to vibration and shock.
Packaging: Individually boxed with protective foam, bulk packaging options available.
Reliable overload and short-circuit protection.
High breaking capacity (50kA) ensures safety during fault conditions.
Compact design for easy installation in distribution boards.
Thermal and electromagnetic trip mechanisms for comprehensive protection.
Durable construction for long-term performance.
Provides system stability and prevents damage to connected equipment.
Automatic Transfer Switching (ATS) systems
Main Distribution Boards (MDBs) in commercial and industrial buildings
Motor Control Centers (MCCs) for motor protection
Power distribution in industrial facilities and infrastructure.