NM8S-1600S 3P 1600A 50kA Molded Case Circuit Breaker

Авт. выкл.NM8S-1600S 3P 1600A 50кА (электронный) — High-Performance Molded Case Circuit Breaker

Авт. выкл.NM8S-1600S 3P 1600A 50кА (электронный) is a three-pole molded case circuit breaker designed for robust electrical protection in demanding applications. Featuring a 1600A current rating and 50kA short-circuit interrupting capacity, this electronic breaker safeguards electrical circuits and equipment against overloads, undervoltage, and short circuits. Ideal for use in Automatic Transfer Switching (ATS), Main Distribution Boards (MDBs), and Motor Control Centers (MCCs), it ensures reliable and efficient power distribution.

Technical Specifications:

• Type: Molded Case Circuit Breaker (MCCB)

• Standard: IEC 60947-2 (assumed, based on typical MCCB standards)

• Base Material: Thermosetting plastic housing with internal metallic components (steel, copper, silver alloys)

• 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: High mechanical and electrical endurance; resistant to shock, vibration, and environmental factors; electronic trip unit provides precise and reliable protection.

• Packaging: Individual carton packaging, with multiple units per pallet for bulk shipments.

Advantages:

• Superior protection against overloads and short circuits.

• High interrupting capacity ensures system stability during fault conditions.

• Electronic trip unit offers precise and adjustable protection settings.

• Compact design maximizes space utilization in distribution boards.

• Reliable performance minimizes downtime and maintenance costs.

• Robust construction ensures long-term durability in harsh environments.

Applications:

• Automatic Transfer Switching (ATS) systems

• Main Distribution Boards (MDBs) in commercial and industrial buildings

• Motor Control Centers (MCCs) for motor protection

• Power distribution in data centers and critical infrastructure